6312AXXMDS-DC3

SSR, PANEL MOUNT, 200VDC, 32VDC, 12A

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Manufacturer: SCHNEIDER ELECTRIC/LEGACY RELAY
Product type: Solid State Relays
Load Current: 12A
Product Range: MAGNECRAFT 6000 Series
Relay Mounting: Panel Mount
Switching Mode: Random Turn On
Relay Terminals: Screw
Control Voltage Max: 32VDC
Control Voltage Min: 3VDC
Contact Configuration: SPST-NO
Operating Voltage Max: 200VDC
Operating Voltage Min: 3VDC
Delivery and price
Units per pack	50
Price	41.4 €
Current stock	10+
Lead time	30 days
Datasheet
_Your Contact for Relays_ 

# **SECTION 2** 

**SOLID STATE  RELAYS  (SSR) 2.5 TO 125  AMPERES** 

## _**SOLID STATE RELAYS**_ 

|**RELAY SERIES**|**_SOLID STATE RELAYS_**<br>**_6 (DSX)_**<br>**_6 (ASX)_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**_SSRDIN_**<br>**L     W     H**<br>4.015 x 1.180 x 4.527<br>**_L.E.D. STATUS LAMP_**<br>po|**_SOLID STATE RELAYS_**<br>**_6 (DSX)_**<br>**_6 (ASX)_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**_SSRDIN_**<br>**L     W     H**<br>4.015 x 1.180 x 4.527<br>**_L.E.D. STATUS LAMP_**<br>po|**_SOLID STATE RELAYS_**<br>**_6 (DSX)_**<br>**_6 (ASX)_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>**_SSRDIN_**<br>**L     W     H**<br>4.015 x 1.180 x 4.527<br>**_L.E.D. STATUS LAMP_**<br>po|
|---|---|---|---|
|||**_6 (ASX)_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**<br>po|**_6 (DSX)_**<br>**L     W     H**<br>2.25 x 1.75 x 0.78<br>**_L.E.D. STATUS LAMP_**|
|**FEATURES**|AC & DC INPUT<br>AC OUTPUT<br>10  OR 25 AMP LOADS<br>PHOTO ISOLATED, ZERO VOLTAGE<br>SWITCHING<br>4000V rms ISOLATION INPUT TO OUTPUT<br>INTERNAL RC (SNUBBER) NETWORK<br>RFI SUPPRESSION<br>INTEGRAL SAFETY COVER, AND<br>HEATSINK.<br>DIN RAIL MOUNTING|AC INPUT<br>AC OUTPUT<br>UP TO 125 AMP LOADS<br>PHOTO ISOLATED,<br>ZERO VOLTAGE SWITCHING<br>4000V rms ISOLATION INPUT<br>TO  OUTPUT<br>INTERNAL RC (SNUBBER) NETWORK<br>RFI SUPPRESSION<br>SAFETY COVER STANDARD|DC INPUT<br>AC OUTPUT<br>UP TO 125 AMP LOADS<br>PHOTO ISOLATED,<br>ZERO VOLTAGE SWITCHING<br>4000V rms ISOLATION INPUT<br>TO OUTPUT<br>INTERNAL RC (SNUBBER) NETWORK<br>RFI SUPPRESSION<br>SAFETY COVER STANDARD|
|**OUTPUT DATA**<br>OUTPUT CONFIGURATION:|**SPST-NO**|**SPST-NO**|**SPST-NO**|
|LOAD VOLTAGE:<br>LOAD CURRENT MAX.:|280, 660 VAC<br>10 & 25 AMPS|280, 560 OR 660 VAC<br>10 TO 125  AMPS|280, 560 OR 660 VAC<br>10 TO 125  AMPS|
|OUTPUT DEVICE:<br>MINIMUM LOAD:<br>**INSULATION**<br>**CHARACTERISTICS**<br>DIELECTRIC STRENGTH:|BACK TO BACK SCRS<br>50  TO 250 MILLIAMPS<br>4000 V rms|BACK TO BACK SCRS<br>50  TO 500 MILLIAMPS<br>4000 V rms|BACK TO BACK SCRS<br>50  TO 500 MILLIAMPS<br>4000 V rms|
|**INPUT DATA**<br>INPUT VOLTAGE RANGE:<br>INPUT CURRENT:<br>MUST TURN OFF VOLTAGE:|90 TO 280 VAC, 3 TO 32 VDC<br>16 mA TYPICAL<br>10 VAC OR 1 VDC|90 TO 280  VAC<br>20 mA TYPICAL<br>10 VAC|3 TO 32 VDC<br>16 mA TYPICAL<br>1 VDC|
|**GENERAL DATA**<br>AMBIENT TEMPERATURE<br>OPERATIONAL:<br>STORAGE:<br>RESPONSE TIME<br>OPERATE MAX.:<br>RELEASE MAX:<br>INSULATION RESISTANCE:<br>TERMINALS:|- 30˚C TO +80˚C<br>- 40˚C TO +100˚C<br>AC: 40 mS, DC 10 mS<br>AC: 80 mS, DC 10 mS<br>1010 Ω<br>SCREW|- 40˚C TO +80˚C<br>- 40˚C TO +100˚C<br>40 mS<br>80 mS<br>1010 Ω<br>SCREW|- 40˚C TO +80˚C<br>- 40˚C TO +100˚C<br>40 mS<br>80 mS<br>1010 Ω<br>SCREW|
|**AGENCY APPROVALS**|UL Recognized<br>File No. E52197<br>**C            US**|UL Recognized<br>File No. E52197<br>**C            US**<br>CE APPROVED ON<br>SELECT MODELS|UL Recognized<br>File No. E52197<br>**C            US**<br>CE APPROVED ON<br>SELECT MODELS|
|**PAGE NUMBER**<br>**_2..._1**|PAGE 9<br>PAGE 10<br>CONSULT FACTORY FOR OTHER CONFIGURATIONS<br>PAGE 8|||



CONSULT FACTORY FOR OTHER CONFIGURATIONS 

## _**SOLID STATE RELAYS**_ 

_**6 (DDX) 6 (DTX)**_ ane ue 2 i . _**L.E.D. STATUS LAMP L.E.D. STATUS LAMP**_ **L     W     H** 2.25 x 1.75 x 0.78 

**L     W     H** 

2.25 x 1.75 x 0.78 

DC INPUT 

AC OUTPUT 

UP TO 40 AMP LOADS 

- UP TO 40 AMP LOADS 

PHOTO ISOLATED ZERO VOLTAGE  SWITCHING 4000 V rms ISOLATION INPUT TO OUTPUT INTERNAL RC (SNUBBER) NETWORK SAFETY COVER STANDARD 

- ISOLATED, 2500  V rms ISOLATION INPUT TO OUTPUT 

- RFI SUPPRESSION 

- SAFETY COVER STANDARD 

L.E.D. STATUS LAMP 

_**6 (DTX) L.E.D. STATUS LAMP**_ **L     W     H** 2.25 x 1.75 x 0.78 

AC TRIAC OUTPUT 

10 AMP LOADS 

- PHOTO ISOLATED 

- ZERO VOLTAGE SWITCHING 

4000V rms ISOLATION INPUT TO OUTPUT 

INTERNAL RC (SNUBBER) NETWORK 

RFI SUPPRESSION 

|**SPST-NO**|**SPST-NO, SPST-NC**||**DPST-NO**|
|---|---|---|---|
|200 VDC|280 OR 560 VAC||280 VAC|
|12, 25 & 40 AMPS|10, 25 OR 40 AMPS||10 AMPS|
|MOSFET<br>20 MILLIAMPS|TRIAC<br>50 TO 250  MILLIAMPS||TRIAC<br>50 MILLIAMPS|
|2500 V rms|4000 V rms||4000 V rms|
|3.5 TO 32 VDC|3 TO 32 VDC||3.5 TO 32 VDC|
|10 mA TYPICAL|2 mA TYPICAL||2 mA TYPICAL|
|1 VDC|1 VDC||1 VDC|
|- 40˚C TO +80˚C|- 40˚C TO +80˚C||- 40˚C TO +80˚C|
|- 40˚C TO +100˚C|- 40˚C TO +100˚C||- 40˚C TO +100˚C|
|600 uSec|40 mS||40 mS|
|2.6  mSec|80 mS||80 mS|
|1010 Ω|1010 Ω||1010 Ω|
|SCREW|SCREW||QUICK CONNECTS|
|**C            US**|**C            US**||**C            US**|
|UL Recognized|UL Recognized||UL Recognized|
|File No. E52197|File No. E52197||File No. E52197|
|PAGE 11|PAGE 12||PAGE 13|
||CONSULT FACTORY FOR OTHER CONFIGURATIONS|||



_**2...**_ **2** 

## _**SOLID STATE RELAYS**_ 

|**RELAY SERIES**|**RELAY SERIES**|**RELAY SERIES**|
|---|---|---|
|||**L     W     H**<br>2.20 x 1.00 x 0.864<br>**_70S2        “ N ” & “ S ” STYLES_**<br>}Magnacreh RS<br>se<br>0G T_ae<br>’<br>70s2-01-A-0F 8<br>i)seg,vge<br>eres|
|**FEATURES**|DC INPUT<br>AC OR DC OUTPUT<br>3 AMP LOADS<br>OPTICALLY ISOLATED<br>SINGLE IN-LINE PACKAGE<br>**FORMERLY GRAYHILL**|DC INPUT<br>AC OR DC OUTPUT<br>UP TO 25 AMP LOADS<br>OPTICALLY ISOLATED<br>COMPACT SIZE<br>**FORMERLY GRAYHILL**|
|**OUTPUT DATA**<br>OUTPUT CONFIGURATION:|**SPST-NO**|**SPST-NO**|
|LOAD VOLTAGE:<br>LOAD CURRENT MAX.:|50, 140, 280 VAC,60 VDC<br>3 AMPS|140 OR 280 VAC,60 VDC<br>6, 12 OR 25  AMPS|
|OUTPUT DEVICE:<br>MINIMUM LOAD:<br>**INSULATION**<br>**CHARACTERISTICS**<br>DIELECTRIC STRENGTH:|TRIAC (AC) OR TRANSISTOR (DC)<br>65 MILLIAMPS<br>2500 V rms|TRIAC (AC) OR TRANSISTOR (DC)<br>65 MILLIAMPS<br>2500 V rms|
|**INPUT DATA**<br>INPUT VOLTAGE RANGE:<br>INPUT CURRENT:<br>MUST TURN OFF VOLTAGE:|3 TO 32 VDC<br>1.0  to 19 m A TYPICAL<br>1 VDC|3 TO 30 VDC<br>1.0  TO 19 mA TYPICAL<br>1 VDC|
|**GENERAL DATA**<br>AMBIENT TEMPERATURE<br>OPERATIONAL:<br>STORAGE:<br>RESPONSE TIME<br>OPERATE MAX.:<br>RELEASE MAX.:<br>INSULATION RESISTANCE:<br>TERMINALS:|- 40˚C TO +100˚C<br>- 40˚C TO +125˚C<br>8.3 mS<br>8.3 mS<br>1010 Ω<br>PRINTED CIRCUIT|- 40˚C TO +100˚C<br>- 40˚C TO +125˚C<br>8.3 mS<br>8.3 mS<br>1010 Ω<br>QUICK CONNECTS OR SCREW|
|**AGENCY APPROVALS**|UL Recognized<br>File No. E52197<br>**C            US**<br>168986<br>TUV on<br>Selected models|UL Recognized<br>File No. E52197<br>**C            US**<br>168986|



_**SOLID STATE RELAYS**_ 

**==> picture [346 x 126] intentionally omitted <==**

**----- Start of picture text -----**<br>
70S2          “ H ” & “ L” STYLES 70S2                               “ K ” STYLE<br>=Magners<br>Moon7082420000 getsh Une.n ares\ < =<br>i war se = or,<br>L     W     H L     W     H<br>1.20 x 1.00 x 0.520 1.20 x 1.00 x 0.830<br>DC INPUT DC INPUT<br>**----- End of picture text -----**<br>


AC OUTPUT 

AC OUTPUT 

UP TO 6  AMP LOADS UP TO 6  AMP LOADS 

OPTICALLY ISOLATED 

OPTICALLY ISOLATED 

PRINTED CIRCUIT  TERMINAL OR PANEL QUICK CONNECT TERMINAL OR PANEL MOUNT MOUNT 

## **FORMERLY GRAYHILL** 

## **FORMERLY GRAYHILL** 

**L     W     H** 1.50 X 0.670 X 0.600 DC INPUT AC OUTPUT 

UP TO 7 AMP LOADS PHOTO ISOLATED 

RANDOM TURN-ON COMPATABLE WITH TTL GATES MOUNTS ON TO -3 TRANSISTOR HEAT SINKS 

**==> picture [18 x 9] intentionally omitted <==**

**----- Start of picture text -----**<br>
226<br>**----- End of picture text -----**<br>


**==> picture [506 x 474] intentionally omitted <==**

**----- Start of picture text -----**<br>
SPST-NO SPST-NO SPST-NO<br>140 OR 280 VAC 140 OR 280 VAC 140 OR 280 VAC<br>2.5 OR 6 AMPS 4 AMPS 7 AMPS<br>TRIAC (AC) OR TRANSISTOR (DC) TRIAC (AC) OR TRANSISTOR (DC) TRIAC<br>65 MILLIAMPS 65 MILLIAMPS 50 MILLIAMPS<br>2500 V rms 3000 V rms 2500 V rms<br>3 TO 30 VDC 3 TO 30 VDC 5 & 12 VDC<br>1.0  TO 18 mA TYPICAL 1.0  TO 18 mA TYPICAL 10 mA TYPICAL<br>1  VDC 1  VDC 1.4 VDC<br>- 40˚C TO +100˚C - 40˚C TO +100˚C - 30˚C TO +80˚C<br>- 40˚C TO +125˚C - 40˚C TO +125˚C - 40˚C TO  +100˚C<br>8.3 mS 8.3 mS 10 mS<br>8.3 mS 8.3 mS 60 mS<br>10 [10] Ω 10 [10] Ω 10 [10] Ω<br>PRINTED CIRCUIT PRINTED CIRCUIT PRINTED CIRCUIT OR PUSH ON<br>C            US C            US<br>UL Recognized “A UL Recognized A €¢ UL Recognized A @<br>File No. E52197 168986 File No. E52197 168986 File No. E52197<br> PAGE 21 - 22  PAGE 23 - 24  PAGE 25<br>CONSULT FACTORY FOR OTHER CONFIGURATIONS<br>**----- End of picture text -----**<br>


_**2...**_ **4** 

_**SOLID STATE RELAYS**_ 

## _**SOLID STATE RELAYS**_ 

## **APPLICATION DATA** 

## **INTRODUCTION:** 

**SOLID STATE RELAY (SSR)  is a relay with isolated input and output, whose functions are achieved by means of electronic components without the use of moving parts as found in electromechanical relays.** 

## **PRINCIPLE OF OPERATION:** 

**Solid State Relays  are similar to electromechanical relays, in that both use a control circuit and a separate circuit for switching the load.  When voltage is applied to the input of the SSR, the relay is energized by a light emitting diode.  The light from the diode is beamed into a light sensitive semiconductor which, in the case of zero voltage crossover relays, conditions the control circuit to turn on the output solid state switch at the next zero voltage crossover.  In the case of nonzero voltage crossover relays, the output solid state switch is turned on at the precise voltage occurring at the time.  Removal of the input power disables the control circuit and the solid state switch is turned off when the load current passes through the zero point of its cycle.** 

## **APPLICATIONS:** 

**Solid State Relays are specially suitable in many applications. Listed below are some typical applications.** 

**==> picture [199 x 203] intentionally omitted <==**

**----- Start of picture text -----**<br>
INDUSTRIAL ALARM ELECTRONIC<br>AUTOMATION SYSTEMS APPLIANCES<br>INDUSTRIAL MEDICAL PACKING<br>APPLIANCES EQUIPMENT MACHINES<br>TOOLING<br>MACHINGS<br>**----- End of picture text -----**<br>


**==> picture [52 x 50] intentionally omitted <==**

## **APPLICATION AND SELECTION CRITERIA FOR SOLID STATE RELAYS:** 

**The Chart below indicates the areas in which SSR's (Solid State Relays)  or EMR's  (Electromechanical Relays) have better capabilities.  (X) Indicates the Better choice.** 

||**SSR**|**EMR**|
|---|---|---|
|Long life|**X**||
|<br>Temperature cycling||**X**|
|<br>Shock and vibration resistant|**X**||
|Immunity to false operation due to transients||**X**|
|<br>Generation of RFI, EMI|**X**||
|<br>Multipole<br>Multithrow (SPDT)<br>Size (includes Heat Sink) for equivalent load handling||**X**|
|||**X**|
|||**X**|
|<br>Contact bounce|**X**||
|Arcless switching|**X**||
|<br>Acoustic noise|**X**||
|Zero voltage switching|**X**|**X**|
|<br>Ease of diagnosing malfunction|||
|<br>IC compatibility|**X**||
|**X**<br> <br>Immunity to humidity, salt spray & dirt|||



## **LOAD CONSIDERATIONS** 

**A major portion of application problems with SSR's result from operating conditions which specific loads impose upon an SSR.  The following types of loads point out the potential problems  that can occur with SSR's.** 

**DC LOADS:  All loads should be considered inductive and a diode should be placed across the load to absorb any inductive surge on turnoff.** 

**RESISTIVE LOADS:  Loads of constant value resistance are probably the simplest application of SSR's.  Proper attention to the steady state current ratings and applied blocking voltage specifications normally will result in trouble-free operation.** 

**LAMP LOADS:  Incandescent lamp loads, though basically resistive, present some special problems.  Because the resistance of a cold tungsten filament is about five to ten percent of the heated value, a large inrush current can occur.  The period of the inrush current can range from one half cycle to several cycles, depending on the thermal time constant of the filament.  It is essential to verify that this inrush current is within the surge specifications of the SSR. Also check that the lamp rating of the SSR is not exceeded. This is a UL rating based on the inrush of a typical lamp.  Because of the unusually low filament resistance at the time of turn-on, a zero voltage turn-on characteristic is particularly desirable with tungsten lamps. It has been demonstrated that a zero voltage turn-on can extend the life of tungsten lamps by limiting inrush current.** 

_**2**_ **5** 

## _**SOLID STATE RELAYS**_ 

## **APPLICATION DATA** 

**CAPACITIVE LOADS:  Caution must be used with low impedance capacitive loads to verify that the di/dt capabilities are not exceeded. The di/dt of a discharged capacitive load without external limiting  impedance can approach infinity.  Zero voltage turn-on is a particularly valuable means of limiting di/dt with capacitive loads.** 

**MOTORS:  Motors frequently have severe inrush currents during starting and can impose unusual voltages during turnoff.  The inrush currents connected to mechanical loads having high starting torque or inertia should be carefully determined to verify that they are within the surge capabilities of the SSR. A current shunt and oscilloscope should be used to examine the duration of the inrush current.  Motor starting may frequently reoccur at short intervals and the affect of repetitive inrush currents on the thermal operating point of an SSR must be considered.  Check the motor operating current and locked rotor current versus the SSR motor rating.  The possibility of abnormally stalled rotor conditions which draw much higher than normal currents should be considered.  An extended stalled rotor condition may require an oversized SSR or fuse protection.  The generated EMF of certain motors can require an SSR to have a blocking voltage greater than might be expected from steady state line voltage.  The  voltage applied to an SSR by a motor circuit during turnoff should be examined with an oscilloscope to verify hat the applied voltages are safely below the specified SSR blocking voltages. Otherwise lock-on or erratic turnoff of the motor may occur.  Some motor circuits may require higher than normal blocking voltage, transient limiting devices, or other techniques to control the voltage which must be blocked by an SSR during deceleration or direction reversal.** 

## **TRANSFORMERS:** 

**In controlling transformers, the characteristics of the secondary load should be considered because it reflects the effective load on the SSR. Voltage transients from secondary load circuits, similarly, are frequently transformed and can be imposed on the SSR. Transformers present a special problem in that, depending on the state of the transformer flux at the time of turnoff, the transformer may saturate during the first half-cycle of subsequent applied voltage.  This saturation can impose a very large current (Commonly ten to one hundred times rated primary current)  on the SSR and exceed its half-cycle surge rating.** 

**portion of the first half-cycle of the voltage.  On the other hand, a random turn-on device will frequently close at the essentially zero voltage point (start of the half-cycle) and then the SSR must sustain the worstcase saturation current.  A zero voltage turn-on device has the advantage that it turns on in a known, predictable mode and will normally immediately demonstrate (dependent on turnoff flux polarity) the worst-case condition.  The use of an oscilloscope is recommended to verify that the half-cycle surge capability of the SSR is not exceeded.  The severity of the transformer saturation problem varies greatly, dependent on the magnetic material of the transformer, saturated primary impedance, line impedance, etc.** 

**A safe rule of thumb in applying an SSR to a transformer primary is to select an SSR having a half-cycle current surge rating (RMS) greater than the maximum applied line voltage (RMS) divided by the transformer primary resistance.  The primary resistance is usually easily measured and can be relied on as a minimum impedance limiting the first half-cycle of inrush current. The presence of some residual flux plus the saturated reactance of the primary will then further limit, in the worst case, the half-cycle surge safely within the surge rating of the SSR.** 

## **SELECTING THE PROPER SSR** 

**NOMINAL LOAD CURRENT:  Initially select a relay whose current rating exceeds the normal load current.  Using the load current vs, temperature charts for that relay, check the actual current capacity at the ambient temperature to which the relay will be subjected.** 

**==> picture [254 x 174] intentionally omitted <==**

**----- Start of picture text -----**<br>
As an example, the chart shows that a 25 ampere relay<br>provided with a suitable heat sink can safely carry a<br>maximum of 22 amperes<br>continuously<br>at 40˚C ambient. 25 Amp Styles<br>40<br>Since heat degrades Mounted on Heat Sink with<br>the components 35 1˚C/W thermal resistance.<br>(Sink to Ambient)<br>ability to carry 30<br>current, every 25<br>effort should be<br>20<br>made to keep the<br>15<br>operating 6" x 6"x 1/8"<br>temperature of 10 AluminumPlate<br>the SSR as low 5<br>as possible.<br>LOAD CURRENT (AMPS RMS)<br>**----- End of picture text -----**<br>


**==> picture [124 x 18] intentionally omitted <==**

**----- Start of picture text -----**<br>
 20         40    60         80       100<br>MAX. AMBIENT TEMPERATURE (˚C)<br>**----- End of picture text -----**<br>


**SSR's having random turn-on may have a better chance of survival than a zero voltage turn-on device for they commonly require the transformer to support only a** 

_**2**_ **6** 

## _**SOLID STATE RELAYS**_ 

## **APPLICATION DATA** 

## **PROTECTING THE OUTPUT SWITCH:** 

**An SCR is a four  layer semiconductor having 3 terminals: Cathode, anode and Gate.  Normally it blocks current in both the forward and reverse directions.  The SCR is triggered on in the forward direction by a small gate current.  The SCR remains on until load current decreases to a value less than necessary to maintain the SCR in the on state.  When switching AC,  two SCRS are connected in inverse parallel.** 

**A Triac also has 3 terminals, like the SCR, it normally blocks current in both directions; but may be triggered in either direction by a small gate current** 

**Both SCR's and Triacs are members of the thyristor family. Therefore, we use this term to denote both devices.** 

**There are 4 ways to put a thyristor into a conducting mode.  Only one method is desirable and the other three are the source of most application problems.** 

**The 4 methods of Thyristor turn-on are -** 

- **A.   Gate Turn-on:  By injecting a controlled current into the gate (the desired method).** 

- **B.   Forward Breakover Turn-on:  A voltage in excess of  the Breakover (or Peak Blocking) voltage across thyristor.** 

- **C.   DV/DT turn-on:  A voltage which rises faster than the Thyristor can tolerate, and still remain in the off state.** 

- **D.  Thermal Turn-on:  Allowing the temperature of the thyristor to go beyond the value sufficient to cause excessive leakage current, causing turn-on and possible thermal runaway.** 

## **SOLID STATE RELAY SELECTION CHART** 

**The last three methods can be protected against as follows. In those situations where high peak voltage transients occur, effective protection can be obtained by using metal oxide varistors (MOV).  The MOV is a bidirectional voltage sensitive device that has low impedance when its design voltage threshold is exceeded.** 

## **HEAT SINKING:** 

**It is important to select the right size heat sink for your applications.  SSR's will typically generate 1.2 watts per amp of load current.  The total wattage times the thermal resistance equal the temperature. For example a 25 amps SSR with a 20 amps load applied dissipates 24 watts when mounted on a aluminum plate 6" X  6" X 1/8"  with thermal grease applied between the SSR base and aluminum plate. 20 amps x 1.2 watts / amp = 24 watts. 24 watts x 1˚C / watts = 24˚C rise.** 

## **FUSING:** 

**The SSR has a I[2] T rating which is a measure of the amount of energy it can safely handle without damage. The    T rating of the fuse is a measure of the amount ofI[2] energy the fuse will pass to the SSR. To protect the SSR, an inline fuse rating should be less than that of the SSR. An SSR exposed to a surge greater than its non-repetitive rating will normally fail as a shorted unit.** 

## **EXPRESSIONS USED IN SPECIFICATIONS** 

|**dv**<br>**dt**<br>Equals the maximum permissable<br>rate of change of voltage in||
|---|---|
|**V =**<br>**I =**<br>**PF=**<br>**F =**<br>**L =**<br>**C =**<br>**R1&R2 =**<br>volts/microseconds<br>Line Voltage<br>Load Current<br>Load Power Factor<br>Line Frequency<br>Inductance in Henrys<br>Capacitance in Microfarads<br>Resistance in Ohms||



|**_2..._7**|**CONTROL**<br>**VOLTAGE**|**LOAD**<br>**VOLTAGE**|**MOUNTING**|||**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|**LOAD CURRENT AMPS**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|||||**2**||**3    4    5    6    10    12    25    40    50    75    90    125**<br>**PAGE**||||||||||||
||**3 - 30VDC**|**240 VAC**<br>**or**<br>**60 VDC**<br>**200 VDC**|**PC BOARD**|**H PACK**<br>**L PACK**<br>**F PACK**<br>**V PACK**<br>**K PACK**<br>**M PACK**<br>**N PACK**<br>**S PACK**<br>**W6 series (DDX**<br>**W6 series (DSX)**<br>**W6 series (DTX)**<br>**SSR-DIN-DC**|||||||||||||**21 - 22**<br>**21 - 22**<br>**19 - 20**<br>**16**<br>**23 - 24**<br>**19 - 20**<br>**17 - 18**<br>**17 - 18**<br>**12**<br>**11**<br>**13 - 14**<br>**8**<br>**8**<br>**10**<br>**25**|
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||||**PC BOARD (SIP)**|||||||||||||||
|||||||||||||||||||
||||<br>**SOCKET**|||||||||||||||
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||||**PANEL**<br>**PANEL**|||||||||||||||
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|||**600 VAC**||||||||||||||||
|||<br>**480 VAC**||||||||||||||||
|||<br>**600 VAC**|**DIN/PANEL**|||||||||||||||
|||||||||||||||||||
||**90 - 280VAC**|||**SSR-DIN-AC**<br>**W6 series (ASX)**<br>**W226**||||||||||||||
|||||||||||||||||||
||||**PANEL**|||||||||||||||
|||<br>**5 or 12 VDC**|**PC/PUSH ON TERM.**|||||||||||||||
|||||||||||||||||||
|||||||||||||||||||



## CLASS **SSRDIN** 

## **SOLID STATE DIN MOUNT RELAY** 

## _**SPST-N.O., 10  & 25 AMPS**_ 

_**AC & DC CONTROLLED INPUT INTEGRAL HEATSINK ONLY 30 MILLIMETERS WIDE PANEL/DIN MOUNTABLE (35 mm RAIL) FINGER SAFE COVER L. E. D. STATUS LAMP.**_ 

## **OUTLINE DIMENSIONS** 

DIMENSIONS SHOWN IN INCHES & (MILLIMETERS). 

**==> picture [544 x 309] intentionally omitted <==**

**----- Start of picture text -----**<br>
30 MILLIMETERS WIDE c             us<br>UL Recognized<br>PANEL/DIN MOUNTABLE (35 mm RAIL) File No. E52197<br>FINGER SAFE COVER 4.015 (102)<br>L. E. D. STATUS LAMP. 3.62 (91.940) RED L.E.D.<br>STATUS LAMP oS .<br>12 10 Amp Styles Ø 0.196<br>10 [Too 0.468 VES ere (5.0) ~~<br>(11.9)<br>  8<br>  6 SESESCEAPN iS' @ eYl ESik ®<br>3.188 MAX.<br>  4 PLT (80.97) 1.181(30) Vy<br>2 TOC ELLEee 7 - 7 ~’<br>0 ft}Tt tt tl 1.20<br> 0    10  20   30   40   50  60   70  80   90 (30.5)<br>MAX. AMBIENT TEMPERATURE (˚C)<br>_o [sd<br>25 Amp Styles<br>25 [CLE LLL 4.527 MAX.<br>(115) RECOMMEND SPACING<br>20 PT PRK EEE BETWEEN MULTIPLE<br>15 COCA SSR’S 0.75 INCH<br>CECE NSS |<br>10<br>5 CCC<br>0 CEEEE ELE a E<br>0.866<br> 0    10  20   30   40   50  60   70  80   90<br>3.050 (77.47) 7 EY (22)<br>MAX. AMBIENT TEMPERATURE (˚C)<br>LOAD CURRENT (AMPS RMS)<br>LOAD CURRENT (AMPS RMS)<br>**----- End of picture text -----**<br>


## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

Control Voltage Range: Typical Input Current: Must Release Voltage: Reverse Polarity Protection: Power Indicator: 

DIN-AC: 90-280 VAC / DIN-DC: 3 - 32 VDC AC: 12 mA; DC: 16 mA 10 VAC / 1 VDC DC: Yes Red L. E. D. Status lamp 

## **OUTPUT CHARACTERISTICS** 

Style:                                                      SSR: **210DIN-AC   225DIN-AC    610DIN-AC    625DIN-AC    210DIN-DC   225DIN-DC    610DIN-DC    625DIN-DC** Load Voltage Range: 24-280 VAC  24-280 VAC   48-660 VAC  48-660 VAC   24-280 VAC  24-280 VAC   48-660 VAC  48-660 VAC Rated Load Current: 10 Amp 25 Amp 10 Amp 25 Amp 10 Amp 25 Amp 10 Amp 25 Amp Maximum Off-State Voltage dv/dt: 200 uS 500 uS 200 uS 700 uS 200 uS 500 uS 200 uS 700 uS Minimum Load Current: 50 mA 120 mA 80 mA 250 mA 50 mA 120 mA 80 mA 250 mA Non -Repetitive Surge Current (1 Cycle): 83 A 800 A 83 A 1000 A 83 A 800 A 83 A 1000 A Maximum Off State Leakage current (Rms): 10 mA 10 mA 10 mA 10 mA 10 mA 10 mA 10 mA 10 mA Typical On-State Voltage Drop (Rms): 1.25 VAC 1.35 VAC 1.25 VAC 1.35VAC 1.25 VAC 1.25 VAC 1.25VAC 1.35 VAC Maximum I   T For Fusing (A Sec):2 2 83 3700 83 1700 83 3700 83 1700 Operating Frequency Range: 25 Hz to 70 Hz **PART** Maximum Turn - On Time: AC: 40 mS / DC: 10 mS **NUMBERS** Maximum Turn - Off Time: AC: 80 mS / DC: 10 mS 

**PART RATED LOAD NUMBERS CURRENT SSR210DIN-AC** | 10 AMPS **SSR225DIN-AC** | 25 AMPS **SSR610DIN-AC** | 10 AMPS **SSR625DIN-AC** | 25 AMPS **SSR210DIN-DC** | 10 AMPS **SSR225DIN-DC** | 25 AMPS **SSR610DIN-DC** | 10 AMPS **SSR625DIN-DC** 25 AMPS 

## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): 

4000 V rms 

Insulation Resistance: Operating Temperature Range: Storage Temperature Range: Weight: 

10[10] Ω -30˚C to +80˚C -40˚C to +100˚C 340 grams approx. 

_**2...**_ **8** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **6** 

## **SOLID STATE RELAY** 

## _**SPST-N.O. 10 TO 125 AMPS**_ 

**==> picture [551 x 479] intentionally omitted <==**

**----- Start of picture text -----**<br>
OUTLINE DIMENSIONS<br>DIMENSIONS SHOWN IN INCHES & (MILLIMETERS).<br>RED L.E.D. c             us<br> 2.250 STATUS LAMP<br>UL Recognized On selected<br>( 57.2) File No. E52197 models<br>S S ai f\\ — 1 tin [§]<br>SAFETY COVER<br>1.750<br>(44.5) STANDARD ON<br>ALL MODELS<br>RED<br>EXCEPT DUAL OUTPUT<br>L.E.D.<br>N LI FETIME WARRANTY ay Up<br>f 7 e A | £ ae<br>INPUT<br>OUTPUT<br> 2.665 SAFETY COV ER<br>(67.691)<br> 0.475<br>(12.065) 0.800<br>1 a in INPUT & OUTPUT SCREW SIZE<br>( 20.32) UP TO 40 AMP<br>INPUT OUTPUT<br> 0.185 MAX. a  1.945<br>M 3.5 M 4<br>(4.699) (49.403)<br>ABOVE 40 AMP<br>0.996 Max. (25.3) for 40 Amp DDX Models &<br>M 3.5 M 6<br>for 75 to 125 Amps DSX & ASX Models. =<br>0.800 Max (20.32) for Models ASX, DSX &<br>DTX Models up to 50 Amp & DDX 12 Amp Models.<br>THERMAL  DERATING CURVE &<br>LOAD C HARACTERISTICS<br>10 Amp Styles 25 Amp Styles 40 & 50 Amp Styles<br>16 40 90<br>Mounted on Heat Sink with<br>14 6" x 6" x 1/8" Aluminum Plate 35 1˚C/W thermal resistance. 80 Mounted on Heat Sink with<br>(Sink to Ambient) 1˚C/W thermal resistance.<br>12 PCeeoy 30 Uo 70 a.<br>Heat Sink 0.14˚C/W(50A)<br>10 Pt ti sf with 1˚C/W 25 Pt | | | ef I 50 IY<br>8 BENZ thermal 20 40 6" x | 6" x 1/8"<br>resistance. Aluminum Plate<br>6 A 15 P 6" x 6"x I 1/8" NAL TT 30 a <l<br>4 PCPINNO 10 | Aluminum  I NN TT 20 | Na<br>Free Air Mounting SSS P Plate ASE 1.5˚C/W POLS<br>2 PS 5 —— L_TN 10 | | [WIN<br>0 0<br>PT TPE Ty PE Tt tt FT Tt ty<br> 20         40    60         80       100  20         40    60         80       100  20         40    60         80       100<br>MAX. AMBIENT TEMPERATURE (˚C) MAX. AMBIENT TEMPERATURE (˚C) MAX. AMBIENT TEMPERATURE (˚C)<br>+3     INPUT  -4 +2    OUTPUT -1<br>LOAD CURRENT (AMPS RMS) LOAD CURRENT (AMPS RMS) LOAD CURRENT (AMPS RMS)<br>**----- End of picture text -----**<br>


**ORDERING CODE FOR RELAYS W    6    2  10  ASX-** ~~——~~ **DENOTES STOCK:** 7 

**CLASS:** 

## **LOAD VOLTAGE RAMGE:** 

**==> picture [94 x 25] intentionally omitted <==**

**----- Start of picture text -----**<br>
     24 - 280 VAC : CODE 2<br>48 - 560 VAC : CODE 4<br>48 - 600 VAC : CODE 6<br>**----- End of picture text -----**<br>


## **RATED LOAD CURRENT:** 

10 AMPS, 25 AMPS, 40 AMPS, 50 AMPS, 75 AMPS, 90 AMPS, 125 AMPS 

## **INPUT/OUTPUT STYLE:** 

AC INPUT / AC OUTPUT - ASX (SCR) DC INPUT / AC OUTPUT - DSX (SCR) DC INPUT / AC OUTPUT - DTX (TRIAC) DC INPUT / DC OUTPUT - DDX (MOSFET) _**2**_ **9** 

**==> picture [359 x 158] intentionally omitted <==**

**----- Start of picture text -----**<br>
75 Amp Styles<br>90 & 125 Amp Styles<br>75 180<br>-90<br>PT TNT TE 160 HEAT SINK Fan output 7<br>0.14˚C/W 70 CFM<br>60 -95 140<br>C 6" x 6" x EE 1/8" S 120 a 125 Amp With Fan<br>T Aluminum Plate L E ee<br>45 -100 100 90 Amp<br>0.14˚C/W<br>40 80<br>fT TT TN Po AY<br>30 -105 60<br>Pt tT tt tt TTT Without Fan SSN OO<br>20 Pt tT] tt -110 40 N S<br>100 TTry TSLT 20 PETBRR 10   20  30  40  50  60 70  80 90 TT a tt ANNE Yt<br>0 10  20   30  40   50 60  70  80<br>MAX. AMBIENT TEMPERATURE (˚C)<br>MAX. AMBIENT TEMPERATURE (˚C)<br>LOAD CURRENT (AMPS RMS) MAX. ALLOWABLE TEMPERATURE LOAD CURRENT (AMPS RMS)<br>**----- End of picture text -----**<br>


_**ALL CURRENT RATINGS ON THE FOLLOWING PAGES ARE BASED ON USE OF A SUITABLE THERMALLY CONDUCTIVE COMPOUND (E.G. SILICONE GREASE BETWEEN THE SSR MOUNTING BASE AND THE MOUNTING SURFACE OF A SUITABLE HEAT SINK).**_ 

**PHONE: ( 843 ) 393-5778    FAX: ( 843 ) 393-4123    EMAIL: info@magnecraft.com** 

CLASS **6** 

## **SOLID STATE RELAY** 

## _**ASX SERIES SPST-N.O. 10 TO 125 AMPS**_ 

_**AC CONTROLLED INPUT AC SCR OUTPUT. L. E. D. STATUS LAMP**_ 

## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

Control Voltage Range: Typical Input Current: Must Release Voltage: Power Indicator: 

90 - 280 VAC 20 mA 10 VAC Red L. E. D. Status lamp 

**c             us** UL Recognized File No. E52197 On selected models RED L.E.D. c ~~é~~ STATUS LAMP **COMPLIES WITH REQUIREMENTS OF * IEC STANDARDS 947-4-1 AND 947-5-1 LOW VOLTAGE DIRECTIVE * IEC = INTERNATIONAL ELECTROTECHNICAL COMMISSION * CE TESTING AND EVALUATION PERFORMED BY THE UNDERWRITERS LABORATORIES AS A THIRD PARTY PARTICIPANT** 

## **OUTPUT CHARACTERISTICS** 

Style: 

Load Voltage Range: Rated Load Current: Maximum Off-State Voltage dv/dt: Minimum Load Current: Non -Repetitive Surge Current (1 Cycle): Maximum off State Leakage current (Rms): Typical On-State Voltage Drop (Rms): Maximum I[2] T for Fusing (A[2] Sec): Suggested Heatsink ˚C/W: Operating Frequency Range: Maximum Turn - On Time: Maximum Turn - Off Time: 

W62 W64 W66 40 - 280 VAC 48 - 560 VAC 48 - 660 VAC 10 Amp 25 Amp 40 Amp 50 Amp 75 Amp 10 Amp 25 Amp 40 Amp 50 Amp 75 Amp 90 Amp 125 Amp 200 uS 500 uS 500 uS 500 uS 500 uS 200 uS 300 uS 500 uS 500 uS 500 uS 1000 uS 1000 uS 50 mA 120 mA 250 mA 250 mA 250 mA 50 mA 120 mA 250 mA 250 mA 250 mA 500 mA 500 mA 83 A 250 A 625 A 520 A 1150 A 83 A 250 A 625 A 520 A 1150 A 1350 A 1800 A 8 mA 8 mA 10 mA 10 mA 10 mA 10 mA 8 mA 10 mA 10 mA 10 mA 5 mA 5 mA 1.6 VAC 1.6 VAC - 1.8 VAC 1.8 VAC 1.6 VAC 1.6 VAC1.6 VAC 1.8VAC 1.8 VAC 1.8 VAC 1.8 VAC 72 312 1250 1250 5000 72 312 1250 1035 2600 3500 5800 3.2 0.5 0.2 0.14 0.14 3.2 0.5 0.2 0.14 0.14 0.14+fan 0.14+fan 25 Hz to 70 Hz 40 mS 80 mS 

## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): 4000 V rms Insulation Resistance: 10[10] Ω min. Operating Temperature Range: -40˚C to +80˚C Storage Temperature Range: -40˚C to +100˚C Weight: 10 amps to 50 amps: 100 grams approx. 75 amps to 125 amps: 250 grams approx. **FEATURES** ~~_,~~ 

* RED L. E. D. STATUS LAMP 

- CLEAR SAFETY COVER 

- UP TO 660 VAC OUTPUTS 

- HIGH TRANSIENT CAPABILITY— 

SINGLE OUTPUT FEATURES BACK TO BACK SCR’S AND INTERNALLY MOUNTED RC (SNUBBER) NETWORK FOR HIGH DV/DT APPLICATIONS. 

- PHOTO-ISOLATED, ZERO VOLTAGE SWITCHING 

- OPTICALLY COUPLED FOR 4000 VAC ISOLATION BETWEEN  INPUT AND OUTPUT AND RFI SUPPRESSION. 

- LIFETIME WARRANTY 

**==> picture [245 x 188] intentionally omitted <==**

**----- Start of picture text -----**<br>
||||
|---|---|---|
|PART|RATED LOAD|
|NUMBERS|CURRENT|
|<>|W6210ASX-1|10 AMPS|
|*W6225ASX-1|25 AMPS|
|W6240ASX-1|40 AMPS|
|W6250ASX-1|50 AMPS|
|W6275ASX-1|75 AMPS|
|W6410ASX-1|10 AMPS|
|W6425ASX-1|25 AMPS|
|W6440ASX-1|40 AMPS|
|W6450ASX-1|50 AMPS|
|W6475ASX-1|75 AMPS|
|W6690ASX-1|90 AMPS|
|W66125ASX-1|125 AMPS|
|*|
|c|E|||

**----- End of picture text -----**<br>


**SEE END OF SECTION  2 FOR CROSS REFERENCE.** 

Approved 

_**2...**_ **10** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **6** 

## **SOLID STATE RELAY** 

## _**DSX SERIES SPST-N.O. 10 TO 125 AMPS**_ 

_**DC CONTROLLED INPUT AC SCR OUTPUT L. E. D. STATUS LAMP.**_ 

## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

Control Voltage Range: Typical Input Current: Must Release Voltage: Reverse Polarity Protection: Power Indicator: 

3 - 32 VDC 16 mA 1 VDC Yes 

Red L. E. D. Status lamp 

**c             us** UL Recognized File No. E52197 On selected models **COMPLIES WITH REQUIREMENTS OF** c ~~e~~ *** IEC STANDARDS 947-4-1 AND 947-5-1 LOW VOLTAGE DIRECTIVE** 

RED L.E.D. STATUS LAMP 

*** IEC = INTERNATIONAL ELECTROTECHNICAL COMMISSION** 

*** CE TESTING AND EVALUATION PERFORMED BY THE UNDERWRITERS LABORATORIES AS A THIRD PARTY PARTICIPANT** 

## **OUTPUT CHARACTERISTICS** 

Style: Load Voltage Range: Rated Load Current: Maximum Off-State Voltage dv/dt: Minimum Load Current: Non -Repetitive Surge Current (1 Cycle): Maximum off State Leakage Current (Rms): Typical On-State Voltage Drop (Rms): Maximum I[2] T for Fusing (A[2] Sec): Suggested Heatsink ˚C/W: Operating Frequency Range: Maximum Turn - On Time: Maximum Turn - Off Time: 

## W62 

W64 

W62 W64 W66 40 - 280 VAC 48 - 560 VAC 48 - 660 VAC 10 Amp 25 Amp 40 Amp 50 Amp 75 Amp 10 Amp 25 Amp 40 Amp 50 Amp 75 Amp 90 Amp 125 Amp 200 uS 500 uS 500 uS 500 uS 500 uS 200 uS 300 uS 500 uS 500 uS 500 uS 1000 uS 1000 uS 50 mA 120 mA 250 mA 250 mA 250 mA 50 mA 250 mA 250 mA 250 mA 250 mA 500 mA 500 mA 83 A 250 A 625 A 520 A 1150 A 83 A 250 A 625 A 520 A 1150 A 1350 A 1800 A 10 mA 10 mA 10 mA 8 mA 10 mA 10 mA 10 mA 10 mA 10 mA 10 mA 5 mA 5 mA 1.6 VAC 1.6 VAC1.6 VAC1.8 VAC 1.8 VAC 1.6 VAC1.6 VAC 1.6 VAC 1.8VAC 1.8 VAC 1.8 VAC 1.8 VAC 83 250 625 1250 5000 72 312 1250 1035 2600 3500 5800 3.2 0.5 0.2 0.014 0.14 3.2 0.5 0.2 0.14 0.14 0.14+fan 0.14+fan 

25 Hz to 70 Hz 40 mS 80 mS 

## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): Insulation Resistance: Operating Temperature Range: Storage Temperature Range: Weight: 

4000 V rms 10[10] Ω min. -40˚C to +80˚C -40˚C to +100˚C 

10 amps to 50 amps: 100 grams  approx. 75 amps to 125 amps: 250 grams  approx. 

## **FEATURES** 

- RED L. E. D. STATUS LAMP 

- CLEAR SAFETY COVER 

- UP TO 660 VAC OUTPUTS 

- HIGH TRANSIENT CAPABILITY— 

- SINGLE OUTPUT FEATURES BACK TO BACK SCR’S AND INTERNALLY  MOUNTED RC (SNUBBER) NETWORK FOR HIGH DV/DT APPLICATIONS. 

- PHOTO-ISOLATED, ZERO VOLTAGE SWITCHING 

- OPTICALLY COUPLED FOR 4000 VAC ISOLATION BETWEEN  INPUT AND OUTPUT AND RFI SUPPRESSION. 

- LIFETIME WARRANTY ; 

**==> picture [47 x 39] intentionally omitted <==**

**----- Start of picture text -----**<br>
.<br>.O<br>-N<br>T<br>S<br>SP<br>**----- End of picture text -----**<br>


***** 

**PART RATED LOAD NUMBERS CURRENT W6210DSX-1** 10 AMPS ***W6225DSX-1** 25 AMPS **W6240DSX-1** 40 AMPS **W6250DSX-1** 50 AMPS **W6275DSX-1** 75 AMPS **W6410DSX-1** 10 AMPS **W6425DSX-1** 25 AMPS **W6440DSX-1** 40 AMPS **W6450DSX-1** 50 AMPS **W6475DSX-1** 75 AMPS **W6690DSX-1** 90 AMPS **| W66125DSX-1** 125 AMPS c ~~E~~ Approved | 

Approved 

**SEE END OF SECTION  2  FOR CROSS REFERENCE** _**2...**_ **11** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **6** 

## **SOLID STATE RELAY** 

## _**DDX SERIES FOR D.C. SWITCHING 12 TO 40 AMPS**_ 

## _**DC CONTROLLED INPUT DC MOSFET OUTPUT L. E. D. STATUS LAMP.**_ 

> **c             us** \ UL Recognized 

File No. E52197 

## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

RED L.E.D. STATUS LAMP 

Control Voltage Range: 3 - 32 VDC Typical Input Current: 10 mA Must Release Voltage: 1 VDC Power Indicator: Red L. E. D. Status lamp 

## **OUTPUT CHARACTERISTICS** 

|Style:<br>W62|Style:<br>W62|Style:<br>W62|Style:<br>W62|
|---|---|---|---|
|Load Voltage Range:<br>Rated Load Current:<br>Minimum Load Current:<br>Non -Repetitive Surge Current (1 Cycle):<br>Maximum Off State Leakage Current (Rms):<br>Typical On-State Voltage Drop (Rms):<br>Suggested Heatsink ˚C/W:|2 - 200 VDC|||
||12 Amp|25 Amp|40 Amp|
||20 mA|20 mA|20 mA|
||27 A|50 A||
||8 mA|8 mA|8 mA|
||1.6 VAC|1.6 VAC|1.6 VAC|
||1.0|0.5||
||600uS<br>2.6 mS|||



## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): Insulation Resistance: Operating Temperature Range: Storage Temperature Range: Weight: 

## **FEATURES** 

- RED L. E. D. STATUS LAMP 

- CLEAR SAFETY COVER 

2500 V rms 10[10] Ω min. -40˚C to +80˚C -40˚C to +100˚C 100 grams approx. 

**==> picture [47 x 39] intentionally omitted <==**

**----- Start of picture text -----**<br>
.<br>.O<br>-N<br>T<br>S<br>SP<br>**----- End of picture text -----**<br>


- UP TO 200 VDC OUTPUTS 

- 2500 VAC ISOLATION BETWEEN  INPUT AND  OUTPUT AND RFI  SUPPRESSION. 

- LIFETIME WARRANTY 

**PART RATED LOAD NUMBERS CURRENT** 

**W6212DDX-1** 12 AMPS **W6225DDX-1** 25 AMPS **W6240DDX-1** 40 AMPS 

**SEE END OF SECTION  2 FOR CROSS REFERENCE** 

_**2...**_ **12** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

> CLASS **6** 

## **SOLID STATE RELAY** 

## _**DC CONTROLLED INPUT**_ 

_**AC TRIAC OUTPUT L. E. D. STATUS LAMP. NORMALLY OPEN OR NORMALLY CLOSED CONTACTS.**_ 

## _**DTX SERIES 10 TO 40 AMPS**_ 

> **c             us** Al UL Recognized File No. E52197 

## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

Control Voltage Range: Typical Input Current: Must Release Voltage: Reverse Polarity Protection: Power Indicator: 

3 - 32 VDC W62: 2 mA; W64: 16 mA 1 VDC 

Yes Red L. E. D. Status lamp 

RED L.E.D. STATUS LAMP 

## **OUTPUT CHARACTERISTICS** 

Load Voltage Range: 

Rated Load Current: 

Maximum Off-State Voltage dv/dt: Minimum Load Current: 

Non -Repetitive Surge Current (1 Cycle): 

Maximum Off State Leakage current (Rms): Typical On-State Voltage Drop (Rms):[2] T for Fusing (A[2] Sec): Suggested Heatsink ˚C/W: Operating Frequency Range: Maximum Turn - On Time: Maximum Turn - Off Time: 

W62 W64 24 - 280 VAC 48 - 480 VAC 10 Amp 25 Amp 40 Amp 10 Amp 25 Amp 40 Amp 250 uS 250 uS 250 uS 200 uS 250 uS 250 uS 50 mA 120 mA 50 mA 50 mA 20 mA 250 mA 100 A 250 A 250 A 100 A 250 A 250 A 10 mA 10 mA 10 mA 10 mA 10 mA 10 mA 1.6 VAC 1.6 VAC 1.6 VAC 1.6 VAC 1.6 VAC 1.6 VAC 52 300 438 35 200 250 3.2 0.5 1.4 3.2 0.5 0.2 

25 Hz to 70 Hz 

40 mS 80 mS 

## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): Insulation Resistance: 

Operating Temperature Range: Storage Temperature Range: Weight: 

4000 V rms 10[10] Ω Min. -40˚C to +80˚C 

-40˚C to +100˚C 100 grams approx. 

## **FEATURES** 

- RED L. E. D. STATUS LAMP 

- CLEAR SAFETY COVER 

- UP TO 480 VAC OUTPUTS 

- HIGH TRANSIENT CAPABILITY— 

- SINGLE OUTPUT FEATURES TRIAC AND INTERNALLY  MOUNTED RC  (SNUBBER) NETWORK FOR HIGH DV/DT APPLICATIONS. 

- PHOTO-ISOLATED, ZERO VOLTAGE SWITCHING 

- OPTICALLY COUPLED FOR 4000 VAC ISOLATION BETWEEN  INPUT AND OUTPUT AND RFI SUPPRESSION. 

- LIFETIME WARRANTY 

**==> picture [125 x 44] intentionally omitted <==**

**----- Start of picture text -----**<br>
Vie ZF7_J<br>|<br>.<br>.O<br>-N<br>T<br>S<br>SP<br>**----- End of picture text -----**<br>


|**PART**<br>**NUMBERS**<br>**RATED LOAD**<br>**CURRENT**<br>**NORMALLY OPEN CONTACTS**|
|---|
|10 AMPS<br>25 AMPS<br>40 AMPS<br>10 AMPS<br>25 AMPS<br>40 AMPS<br>10 AMPS<br>25 AMPS<br>40 AMPS<br>**W6210DTX-1**<br>**W6225DTX-1**<br>**W6240DTX-1**<br>**W6410DTX-1**<br>**W6425DTX-1**<br>**W6440DTX-1**<br>**W6210DTX-4**<br>**W6225DTX-4**<br>**W6240DTX-4**<br>**NORMALLY CLOSED CONTACTS**|



**SEE END OF SECTION  2 FOR CROSS REFERENCE** 

_**2...**_ **13** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **6** __=sSf 

## **SOLID STATE RELAY** 

_**DTX SERIES DPST-N.O. 10 AMPS**_ RED L.E.D. _**DC CONTROLLED INPUT**_ STATUS LAMP 0.250” (6.35) **c             us** _**AC DOUBLE-POLE OUTPUT**_ QUICK UL Recognized 0.187” (4.74) CONNECT File No. E52197 _**L. E. D. STATUS LAMP.**_ QUICK CONNECT a _ Al **OUTLINE DIMENSIONS** DIMENSIONS SHOWN IN INCHES & (MILLIMETERS). ae **GENERAL SPECIFICATIONS** 2.250 (57.2) ft **INPUT CHARACTERISTICS** Control Voltage Range: 3.5 - 32 VDC Typical Input current: 2 mA 1.750 Must Release Voltage: 1 VDC (44.5) RED Reverse Polarity Protection: Yes L.E.D. Power Indicator: Red L. E. D. Status lamp ~~=~~ | L ~~at~~ **OUTPUT CHARACTERISTICS** Load Voltage Range: 24-280 VAC Rated Load Current: 10 amp OUTPUT INPUT Maximum off-State Voltage dv/dt: 250 V/uSEC Minimum Load Current: 50 mA Non -Repetitive Surge Current (1 Cycle): 100 amp Maximum Off State Leakage current (Rms): 10 mA Typical On-State Voltage Drop (Rms): 1.6 VAC fof) ~~|~~ Suggested Heatsink ˚C/W: 1 0.800 MAX. (20.32) Operating Frequency Range: 25 Hz to 70 Hz Maximum Turn - On Time: 1/2 Hz Maximum Turn - Off Time: 1/2 Hz **MISCELLANEOUS CHARACTERISTICS** Dielectric Strength (Input-to Output Isolation): 2500 V rms Insulation Resistance: 10[10] Ω Operating Temperature Range: -40˚C to +80˚C Storage Temperature Range: -40˚C to +100˚C 100 grams approx. 

## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

Control Voltage Range: Typical Input current: Must Release Voltage: Reverse Polarity Protection: Power Indicator: 

## **OUTPUT CHARACTERISTICS** 

Load Voltage Range: Rated Load Current: Maximum off-State Voltage dv/dt: Minimum Load Current: Non -Repetitive Surge Current (1 Cycle): Maximum Off State Leakage current (Rms): Typical On-State Voltage Drop (Rms): Suggested Heatsink ˚C/W: Operating Frequency Range: Maximum Turn - On Time: Maximum Turn - Off Time: 

## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input-to Output Isolation): Insulation Resistance: Operating Temperature Range: Storage Temperature Range: Weight: 

## **FEATURES** 

- RED L. E. D. STATUS LAMP 

- CLEAR SAFETY COVER 

- UP TO 280 VAC OUTPUTS 

- HIGH TRANSIENT CAPABILITY— SINGLE OUTPUT FEATURES TRIAC AND INTERNALLY MOUNTED RC (SNUBBER) NETWORK FOR HIGH DV/DT APPLICATIONS. 

- PHOTO-ISOLATED, ZERO VOLTAGE SWITCHING 

- OPTICALLY COUPLED FOR 2500 VAC ISOLATION BETWEEN  INPUT AND OUTPUT AND RFI SUPPRESSION. 

- LIFETIME WARRANTY 

**==> picture [132 x 17] intentionally omitted <==**

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PART RATED LOAD<br>NUMBERS CURRENT<br>**----- End of picture text -----**<br>


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**----- Start of picture text -----**<br>
W6210DTX-3<br>**----- End of picture text -----**<br>


10 AMPS 

_**2...**_ **14** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **70S2** 

## **SOLID STATE RELAYS** 

## B E N E F I T S 

## _**SPST-N.O. 2.5 TO 25 AMPS**_ 

- EXCELLENT TRANSIENT PROTECTION 

- HIGH SURGE CURRENT CAPABILITY 

- OPTICALLY ISOLATED 

- HIGH BLOCKING VOLTAGE 

## **FORMERLY GRAYHILL** 

|**MAX. LOAD CURRENT**<br>2.5 A|3-30 or 6-30 VDC<br>**CONTROL**<br>**VOLTAGE RANGE**|**NOMINAL LOAD**<br>**VOLTAGE**<br>24, 120 or 240 VAC|MINIATURE PRINTED CIRCUIT MOUNT RELAY, ONLY 0.500” HIGH<br>**DESCRIPTION AND FEATURES**|MINIATURE PRINTED CIRCUIT MOUNT RELAY, ONLY 0.500” HIGH<br>**DESCRIPTION AND FEATURES**|**H**<br>**STYLE**|
|---|---|---|---|---|---|
|3 A|3-32 or 6-32 VDC|24, 120 or 240 VAC|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ. INCHES BOARD AREA|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ. INCHES BOARD AREA|**V**|
|4 A|3-30 or 6-30 VDC|24, 120 or 240 VAC|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ. INCHES BOARD AREA<br>COMPACT RELAY, PRINTED CIRCUIT MOUNT|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ. INCHES BOARD AREA<br>COMPACT RELAY, PRINTED CIRCUIT MOUNT|**F**|
|6 A|3-30 or 6-30 VDC|120 or 240 VAC|LOW PROFILE RELAY, PANEL OR PRINTED CIRCUIT MOUNT|LOW PROFILE RELAY, PANEL OR PRINTED CIRCUIT MOUNT|**L**|
|6 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, PANEL OR PRINTED CIRCUIT MOUNT|COMPACT RELAY, PANEL OR PRINTED CIRCUIT MOUNT|**M**|
|6 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|**N**|
|6 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|**S**|
|10 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, PANEL OR PRINTED CIRCUIT MOUNT 10 AMP|COMPACT RELAY, PANEL OR PRINTED CIRCUIT MOUNT 10 AMP|**M**|
|12 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|**N**|
|12 A|3-30 or 6-30 VDC|120 or 240 VAC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|**S**|
|25 A|3-30 VDC|120 or 240 VAC|HIGH OUTPUT VERSION OF ABOVE STYLE “S”|HIGH OUTPUT VERSION OF ABOVE STYLE “S”|**S**|



## DC INPUT-DC OUTPUT 

|3 A<br>**MAX. LOAD CURRENT**|3-15 or 9-30 VDC<br>**CONTROL**<br>**VOLTAGE RANGE**|**NOMINAL LOAD**<br>**VOLTAGE**<br>3 to 60 VDC|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ . INCHES BOARD SPACE<br>**DESCRIPTION AND FEATURES**|SINGLE IN - LINE PACKAGE, USES ONLY 0.680 SQ . INCHES BOARD SPACE<br>**DESCRIPTION AND FEATURES**|**V**<br>**STYLE**|
|---|---|---|---|---|---|
|3 A|3-15 or 9-30 VDC|3 to 60 VDC|COMPACT RELAY, PRINTED CIRCUIT. MOUNT|COMPACT RELAY, PRINTED CIRCUIT. MOUNT|**F**|
|5 A|3-15 VDC|3 to 60 VDC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, QUICK CONNECT TERMINALS|**N**|
|5 A|3-15 VDC|3 to 60 VDC|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|COMPACT RELAY, MEETS FIT/FUNCTION REPLACEMENTS FOR LARGER<br>CLASS 6  STYLE RELAYS, SCREW TERMINALS|**S**|



## **ORDERING CODE FOR RELAYS** 

**70S2-    04-                      D-   03 -  V** 

**CLASS:** 

## **CONTROLVOLTAGE:** 

- 01 = 3 - 15 VDC, DC/DC RELAYS 

02 = 9 - 30 VDC, DC/DC RELAYS 

03 = 3 - 30 VDC, 25 A COMPACT RELAY 

- 04 = 3 - 30 VDC (OR 32 VDC), DC/AC RELAYS 05 = 6 - 30 VDC (OR 32 VDC), DC/AC RELAYS 

## **CONTROLVOLTAGE:** 

A = 3-60 VDC     B = 120 VAC C = 240 VAC      D = 24 VAC 

**MAX CURRENT RATING** 02 = 2.5 A     04 = 4 A     06 = 6 A     12 = 12 A 03 = 3 A        05 = 5 A     10 = 10A    25 = 25 A 

## **PACKAGE STYLE** 

F, H, L, M, N, S OR V. _**2...**_ **15** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **70S2** 

## **SOLID STATE “V” STYLE RELAY** 

## _**SPST-N.O.  3 AMPS**_ 

## **OUTLINE DIMENSIONS** 

_**DC CONTROLLED INPUT AC OR DC OUTPUT.**_ 

DIMENSIONS SHOWN IN INCHES & (MILLIMETERS). 

**c             us** 

168986 

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**----- Start of picture text -----**<br>
1.700 (43.18) UL Recognized<br>File No. E52197<br>TUV on<br>Figure 1:  Maximum Continuous Current  vs. Selected models<br>    Ambient Temperature<br>1.000<br>(25.4)<br>¢ AS INPUT OUTPUT OBSERVE POLARITY<br>2 3 COOP -          + ON DC CONNECTIONS<br>-      +<br>OER =<br>@ 2 COCPPPPPN 0.235  ± 0.020<br>e COCOONS 5.97  ± 0.51 | | | | 0.300 (7.62)<br>1 0.400 (10.16)<br>2 TO Magnecnag, 7<br>= COOP le ne @ Wy<br>0.900 (22.86)<br>-40˚   -20˚     0˚     20˚    40˚    60˚      80˚  100˚ POTTS Con(ong St<C-03-y,,,ao! \ c vy PreAintons<br>1.100 (27.94) 0.1000<br>AMBIENT TEMPERATURE (C˚) (2.54) 0 xe 3-32 yp22/70 H2<br>0.400<br>(10.16)<br>STYLE V<br>[oa specnecceeel<br>GENERAL SPECIFICATIONS 0.040 / 0.042 DIA.<br>(Ø 1.04) TYP.<br>**----- End of picture text -----**<br>


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||||||||||
|---|---|---|---|---|---|---|---|---|
|INPUT CHARACTERISTICS|
|Style:|70S2-04-D   70S2-05-D   70S2-04-B    70S2-05-B   70S2-04-C   70S2-05-C    70S2-01-A   70S2-02-A|
|Control Voltage Range:|3 - 32 VDC   6 - 32 VDC   3 - 32 VDC   6 - 32 VDC  3 - 32 VDC   6 - 32 VDC   3 - 15 VDC   9 - 30 VDC|
|Typical Input Current:|1.0 -19 mA   1.0 -6.0 mA  1.0 -19 mA   1.0 -6.0 mA  1.0 -19 mA    1.0 -6.0 mA   5 - 40 mA     5 - 17 mA|
|Must Release Voltage:|1.0 VDC       1.0 VDC       1.0 VDC       1.0 VDC       1.0 VDC       1.0 VDC       1.0 VDC       1.0 VDC|
|Max. Reverse Control Voltage:|3 VDC          3 VDC          3 VDC          3 VDC          3 VDC          3 VDC           3 VDC          3 VDC|
|OUTPUT CHARACTERISTICS|
|Load Voltage Range:|8 - 50 VAC   8 - 50 VAC  24 -140 VAC 24-140 VAC 24-280 VAC  24-280 VAC  3-60 VDC    3-60 VDC|
|Rated Load Current :|3 Amps        3 Amps        3 Amps         3 Amps        3 Amps         3 Amps         3 Amps         3 Amps|
|Maximum off-State Voltage dv/dt:|3000 V/u Sec Typ.                                                          -|-|
|Minimum Load Current:|75 mA          75 mA          75 mA           75 mA          75 mA           75 mA          100 mA         100 mA|
|Non-Repetitive Surge|
|Current (1 Cycle):|60 Amps  Peak @ 25˚C                                                           5 Amps/1 Sec.|
|Maximum Off State Leakage|
|Current (Rms):|3 mA            3 mA            6 mA             6 mA|6 mA             6 mA            10 uA           10 uA|
|Typical On-State|
|Voltage Drop(Rms):|1.6|1.6               1.6                1.6                1.6                1.6               1.2 VDC       1.2 VDC|
|Minimum Peak Blocking Voltage:|200 V           200 V           400 V           400 V           600 V            600 V           105 VDC      105 VDC|
|Operating Frequency Range:|25 to 70 Hz  25 to 70 Hz  25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz  DC                DC|
|Maximum Turn - On Time:|8.3 mS         8.3 mS         8.3 mS         8.3 mS         8.3 mS           8.3 mS        75 uS            75 uS|
|Maximum Turn - Off Time:|8.3 mS         8.3 mS         8.3 mS         8.3 mS         8.3 mS           8.3 mS        500 uS          500 uS|
|MISCELLANEOUS CHARACTERISTICS|
|Dielectric Strength|
|(Input- Output Insulation):|3750 V rms. 3750 V rms.  3750 V rms. 3750 V rms. 3750 V rms.  3750 V rms. 2500 V rms. 2500 V rms.|
|Insulation Resistance:|10|[10]|Ω|Min.|
|Operating Temperature Range:|-40|°|C  to  +100|°|C|LOAD|RATED|
|Storage Temperature Range:|-40|°|C  to  +125|°|C|PART|VOLTAGE|LOAD|
|NUMBERS|
|Weight:|25 grams approx.|RANGE|CURRENT|

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|||||
|---|---|---|---|
|LOAD|RATED|
|PART|
|VOLTAGE|LOAD|
|NUMBERS|
|RANGE|CURRENT|
|*70S2-04-D-03-V|8 - 50 VAC|3 AMPS|
|*70S2-05-D-03-V|8 - 50 VAC|3 AMPS|
|*70S2-04-B-03-V|24 -140 VAC|3 AMPS|
|*70S2-05-B-03-V|||24 - 140 VAC|3 AMPS|
|*70S2-04-C-03-V|24 - 280 VAC|3 AMPS|
|*70S2-05-C-03-V|24 - 280 VAC|3 AMPS|
|70S2-01-A-03-V|||3 - 60 VDC|3 AMPS|
|70S2-02-A-03-V|3 - 60 VDC|3 AMPS|
|TUV|2...|16|

**----- End of picture text -----**<br>


## **FEATURES** 

- SINGLE IN LINE PACKAGE RELAY. 

- OPTICALLY ISOLATED. 

- PC MOUNT. 

- SWITCHES UP TO 3 AMP  LOADS. 

- MINIMAL BOARD SPACE REQUIRED. 

- LIFETIME WARRANTY. 

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* TUV<br>**----- End of picture text -----**<br>


**==> picture [190 x 6] intentionally omitted <==**

**----- Start of picture text -----**<br>
CONSULT FACTORY FOR OTHER CONFIGURATIONS<br>**----- End of picture text -----**<br>


## CLASS **70S2** 

## **SOLID STATE “N” & “S” STYLE RELAYS** 

## _**SPST-N.O.  5, 6, 12 & 25 AMPS**_ 

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**----- Start of picture text -----**<br>
Figure 1:  Maximum Continuous Current  vs. DC CONTROLLED INPUT<br>    Ambient Temperature<br>AC OR DC OUTPUT. 168986<br>c             us<br>if ERR|i UL Recognized<br>2 25 a STYLE S, 25A | | | eee File No. E52197<br>20<br>= FET TT TPT TT TT TT<br>15 STYLE N & S, 12A<br>10<br>Bop ee STYLE N & S, 6A ee SSee| INeTT<br>5<br>2 e e<br>= EE PTETeT tt tt SSSNe<br>-40˚   -20˚     0˚     20˚    40˚    60˚      80˚  100˚<br>AMBIENT TEMPERATURE (C˚)<br>|<br>» ‘<br>GMaganoreeBIL [cove] he<br>STYLE N<br>vs<br>} Magnearest<br>STYLE S<br>S%: Leo, pe =<br>NBS<br>**----- End of picture text -----**<br>


## **GENERAL SPECIFICATIONS** 

## **INPUT CHARACTERISTICS** 

|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**|
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|||**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|||**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA||**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|**70S2-04-B       70S2-05-B      70S2-04-C       70S2-05-C      70S2-03-B   70S2-03-C   70S2-01-A   70S2-02-A**<br>3 - 30 VDC       6 - 30 VDC      3 - 30 VDC      6 - 30 VDC     3 - 30 VDC   3 - 30 VDC   3 - 15 VDC  9 - 30 VDC<br>7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA|
|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|||7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|||7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC||7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|7.0 -16 mA       6.0 -10 mA      7.0 -16 mA      6.0 -10 mA      7.0 -16 mA    7.0 -16 mA   5 - 40 mA     5 - 17 mA<br>1.0 VDC           1.0 VDC          1.0 VDC          1.0 VDC          1.0 VDC       1.0 VDC      1.0 VDC       1.0 VDC<br>3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC|
|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|||3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|||3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC||3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|3 VDC              3 VDC             3 VDC             3 VDC             3 VDC          3 VDC          3 VDC          3 VDC<br>24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC|
|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>6Amp 12Amp <br>~~3000 V/u Sec Typ.                                                                    -~~<br>~~dt:~~|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br> 6Amp 12Amp <br>~~3000 V/u Sec Typ.                                                                    -~~|||24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br> 6Amp 12Amp<br>~~3000 V/u Sec Typ.                                                                    -~~|||24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>6Amp 12Amp<br>~~3000 V/u Sec Typ.                                                                    -~~||24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>Amp <br>~~3000 V/u Sec Typ.                                                                    -~~|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br> 25 Amps       25 Amps       5 Amps        5 Amps<br>~~3000 V/u Sec Typ.                                                                    -~~|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>25 Amps       25 Amps       5 Amps        5 Amps<br>~~3000 V/u Sec Typ.                                                                    -~~|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>25 Amps       25 Amps       5 Amps        5 Amps<br>~~3000 V/u Sec Typ.                                                                    -~~|24-140 VAC     24-140 VAC    24-280 VAC     24-280 VAC    24-140 VAC 24-280 VAC 3-60 VDC     3-60 VDC<br>25 Amps       25 Amps       5 Amps        5 Amps<br>~~-~~|
|~~3000 V/u Sec Typ.                                                                    -~~<br>75 mA100mA<br>~~dt:~~|~~3000 V/u Sec Typ.                                                                    -~~<br>mA75 mA100mA75|||~~3000 V/u Sec Typ.                                                                    -~~<br>75mA100mA|||~~3000 V/u Sec Typ.                                                                    -~~<br>mA75 mA100||~~3000 V/u Sec Typ.                                                                    -~~<br>100mA100 mA        100 mA         100 mA       100 mA|~~3000 V/u Sec Typ.                                                                    -~~<br>100 mA        100 mA         100 mA       100 mA|~~3000 V/u Sec Typ.                                                                    -~~<br>100 mA        100 mA         100 mA       100 mA|~~3000 V/u Sec Typ.                                                                    -~~<br>100 mA        100 mA         100 mA       100 mA|~~-~~<br>100 mA        100 mA         100 mA       100 mA|
|60Amp150Amp|60Amp150Amp60||||||||||300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|
|||Amp150|150Amp60|60Amp150||150Amp60|60Amp150|150|150Amp300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|||
|||||AmpAmp|||Amp||Amp300 Amps    300 Amps    7 Amps/sec 7 Amps/sec|300 Amps    300 Amps    7 Amps/sec 7 Amps/sec||||
|6 mA                6 mA|6 mA                6 mA 6 mA               6 mA|||6 mA               6 mA|||6 mA               6 mA 6 mA             6 mA           10 uA           10 uA||6 mA             6 mA           10 uA           10 uA|6 mA             6 mA           10 uA           10 uA|6 mA             6 mA           10 uA           10 uA|6 mA             6 mA           10 uA           10 uA|6 mA             6 mA           10 uA           10 uA|
|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC<br>400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>:|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC<br>400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC||||||||||1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC<br>400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC<br>400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|1.85 VDC<br>400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|
|||||1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC||1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC||1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC|1.6 V                1.6 V               1.6 V               1.6 V               1.7 V             1.7 V           1.85 VDC|||
|||||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC||||
|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>:|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC||400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|400 V               400 V              600 V              600 V               400 V           600 V          105 VDC      105 VDC<br>25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|
|||25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -||25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -|||25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -||25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -|25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -|25 to 70 Hz      25 to 70 Hz     25 to 70 Hz      25 to 70 Hz    25 to 70 Hz   25 to 70 Hz         -                   -|||
|||||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS||||
|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.<br>**MISCELLANEOUSCHARACTERISTICS**|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.||8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         75 uS           75 uS<br>8.3 mS             8.3 mS            8.3 mS            8.3 mS             8.3 mS         8.3 mS         750 uS         750 uS<br>3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|
|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|||3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|||3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.||3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|3000 V rms.     3000 V rms.    3000 V rms.    3000 V rms.     3000 V rms. 3000 V rms. 2500 V rms. 2500 V rms.|



_**2...**_ **17** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **70S2** 

## **SOLID STATE “N” & “S” STYLE RELAYS** 

## _**SPST-N.O.  5,  6,  12 & 25 AMPS**_ 

**OUTLINE DIMENSIONS** DIMENSIONS SHOWN IN INCHES & (MILLIMETERS).. 

**==> picture [568 x 709] intentionally omitted <==**

**----- Start of picture text -----**<br>
DIMENSIONS SHOWN IN INCHES & (MILLIMETERS).. STYLE “S” IS NOT INTENDED FOR PC<br>BOARD MOUNTING CONSULT FACTORY<br>0.250  ± 2.0<br>(6.35  ± 0.51) (4) 6-32 SCREWS<br>AND WASHERS<br>0.300  ± 0.020<br>PROVIDED<br>| 2 (7.62  ± 0.51) a<br>0.864 0.864 0.980<br>(21.95)MAX. (21.95)MAX. (24.89)<br>1Tt Tee<br>MAXIMUM SCREW TORQUE  = 9 IN - LBS<br>2.200 (55.88) 2.200 (55.88)<br>1.870 (47.50) 1.870 (47.50)<br>1.200 (30.48) 1.200 (30.48)<br>0.176 0.176<br>(4.47) (4.47)<br>0.400 0.500 1.000 0.400 0.600 1.000<br>(10.16) (12.7) (25.4) (10.16) (15.24) (25.4)<br>sf<br>fe' s ep Je<br>S IL SY Gee |<br>2 TERMINALS 0.900 (22.86) 0.750<br>0.187 (4.75) 2 TERMINALS (19.05)<br>0.250 (6.35)<br>TERMINAL SIDE VIEW<br>DC -<br>SUPPLY<br>INPUT<br>+ LOAD<br>PART LOAD VOLTAGE RATED LOAD<br>OBSERVE POLARITY<br>ON DC CONNECTIONS NUMBERS RANGE CURRENT<br>70S2-04-B-06-N 24 - 140 VAC 6 AMPS<br>70S2-05-B-06-N 24 - 140 VAC 6 AMPS<br>STYLE N N 70S2-04-B-12-N 24 - 140 VAC 12 AMPS<br>70S2-05-B-12-N 24 - 140 VAC 12 AMPS<br>70S2-04-C-06-N 24 - 280 VAC 6 AMPS<br>Sere<br>70S2-05-C-06-N 24 - 280 VAC 6 AMPS<br>STYLE S 70S2-04-C-12-N 24 - 280 VAC 12 AMPS<br>70S2-05-C-12-N 24 - 280 VAC 12 AMPS<br>70S2-04-B-06-S 24 - 140 VAC 6 AMPS<br>FEATURES 70S2-05-B-06-S 24 - 140 VAC 6 AMPS<br>70S2-04-B-12-S 24 - 140 VAC 12 AMPS<br>***  OPTICALLY ISOLATED.  SWITCHES UP TO 25 AMP LOADSPANEL MOUNT. 70S2-05-B-12-S70S2-03-B-25-S70S2-04-C-06-S ||| 24 - 140 VAC24 - 140 VAC24 - 280 VAC | 12 AMPS25 AMPS6 AMPS<br>*  MOUNTS ON CLASS 6 RELAY CENTERS, 70S2-05-C-06-S 24 - 280 VAC 6 AMPS<br>    YET NEEDS 1/2 THE SPACE 70S2-04-C-12-S 24 - 280 VAC 12 AMPS<br>* SCREW TERMINALS OR PUSH - ON 70S2-05-C-12-S 24 - 280 VAC 12 AMPS<br>    QC TERMINALS 70S2-03-C-25-S 24 - 280 VAC 25 AMPS<br>* LIFETIME WARRANTY y / | 70S2-01-A-05-N | 3 - 60 VDC | 5 AMPS<br>70S2-01-A-05-S 3 - 60 VDC 5 AMPS<br>70S2-02-A-05-S 3 - 60 VDC 5 AMPS<br>2... 18<br>INPUT<br>OUTPUT INPUT<br>2              1 OUTPUT<br>3                  4 2              1<br>3                  4<br>2               1<br>3+                  4-<br>**----- End of picture text -----**<br>


**==> picture [57 x 11] intentionally omitted <==**

**----- Start of picture text -----**<br>
STYLE N N<br>**----- End of picture text -----**<br>


CLASS **70S2** 

## **SOLID STATE “F” & “M” STYLE RELAYS** 

## _**SPST-N.O.  3, 4, 6  & 10 AMPS**_ 

**==> picture [179 x 124] intentionally omitted <==**

**----- Start of picture text -----**<br>
Figure 1:  Maximum Continuous Current  vs.<br>    Ambient Temperature<br>14<br>& Pit TT ett TTT yy<br>= 12 LITIITTI IT tt tl<br>10 STYLE M, 10A<br>s PE TPT TTT ttt<br>8<br>ef 6 PEK STYLE M, 6A<br>SO 4 STYLE F, 4A N<br>== 2 [itt]tT | TeESN<br>LITT TT TI tt | PRS<br>-40˚   -20˚     0˚     20˚    40˚    60˚      80˚  100˚<br>AMBIENT TEMPERATURE (C˚)<br>**----- End of picture text -----**<br>


_**DC CONTROLLED INPUT AC OR DC OUTPUT.**_ 

**==> picture [136 x 44] intentionally omitted <==**

**----- Start of picture text -----**<br>
168986<br>c             us<br>TAL &<br>UL Recognized<br>File No. E52197<br>**----- End of picture text -----**<br>


**==> picture [82 x 83] intentionally omitted <==**

**----- Start of picture text -----**<br>
STYLE F<br>STYLE  M<br>**----- End of picture text -----**<br>


## **GENERAL SPECIFICATIONS** 

|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**|
|---|---|---|---|---|---|---|---|---|---|---|
|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC|||**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC||**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC||**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC|**70S2-04-B             70S2-05-B             70S2-04-C            70S2-05-C           70S2-01-A         70S2-02-A**<br>3 - 30 VDC             6 - 30 VDC            3 - 30 VDC            6 - 30 VDC           3 - 15 VDC        9 - 30 VDC<br>7.0 -16 mA             6.0 -10 mA            7.0 -16 mA             6.0 -10 mA           5 - 40 mA           5 - 17 mA<br>1.0 VDC                1.0 VDC                 1.0 VDC                1.0 VDC               1.0 VDC             1.0 VDC<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC|
|~~:~~<br>3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>4 & 6Amp10Amp<br>~~3000 V/u Sec Typ.                                                     -~~<br>||||3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>4 & 6Amp10Amp <br>~~3000 V/u Sec Typ.                                                     -~~<br>|||3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br> 4 & 6Amp10Amp 4 & 6<br>~~3000 V/u Sec Typ.                                                     -~~<br>|||3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>4 & 6Amp<br>~~3000 V/u Sec Typ.                                                     -~~|3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>Amp10Amp<br>~~3000 V/u Sec Typ.                                                     -~~<br>||3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>3 Amps               3 Amps<br>~~3000 V/u Sec Typ.                                                     -~~|3 VDC                    3 VDC                   3 VDC                   3 VDC                  3 VDC                3 VDC<br>24-140 VAC           24-140 VAC           24-280 VAC          24-280 VAC         3-60 VDC           3-60 VDC<br>3 Amps               3 Amps|
|~~:~~<br>~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|||~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~3000 V/u Sec Typ.                                                     -~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|~~-~~<br>75 mA      100 mA  75 mA      100 mA 75 mA      100 mA  75 mA    100 mA  100 mA             100 mA|
|60 Amp   110Amp60 Amp   110<br>6 mA                      6 mA<br>1.6 V                      1.6 V<br>400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC||||||||60 Amp  110Amp-                  -<br>10 uA                10 uA<br>1.2 VDC            1.2 VDC<br>400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC|-                  -<br>10 uA                10 uA<br>1.2 VDC            1.2 VDC<br>400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC|-                  -<br>10 uA                10 uA<br>1.2 VDC            1.2 VDC<br>400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC|
|||Amp60 Amp   110|60 Amp   110|60 Amp   110Amp60 Amp   110|60 Amp   110|60 Amp   110Amp|60 Amp  110|60 Amp  110|||
||||6 mA                      6 mA 6 mA                      6 mA||6 mA                      6 mA||6 mA                      6 mA 10 uA                10 uA||||
|||1.6 V                      1.6 V|1.6 V                      1.6 V<br>1.6 V||1.6 V<br>1.6 V||1.6 V||||
||||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC||||
|**MISCELLANEOUS CHARACTERISTICS**<br>400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz<br>25 to 70 Hz<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.|||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz<br>25 to 70 Hz||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz<br>25 to 70 Hz                    -                     -||400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz                    -                     -|400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz                    -                     -<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.|400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz                    -                     -<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.|400 V                     400 V                     600 V                     600 V                  105 VDC           105 VDC<br>25 to 70 Hz                    -                     -<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.|
||25 to 70 Hz||25 to 70 Hz<br>25 to 70 Hz||25 to 70 Hz<br>25 to 70 Hz                    -                     -||25 to 70 Hz                    -                     -||||
||||8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.||8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.||8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 75 uS                75 uS<br>8.3 mS                   8.3 mS                  8.3 mS                   8.3 mS                 500 uS              500 uS<br>3000 V rms.           3000 V rms            3000 V rms           3000 V rms          2500 V rms.       2500 V rms.||||



_**2...**_ **19** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

## CLASS **70S2** 

## **SOLID STATE “F” & “M” STYLE RELAY** 

**==> picture [194 x 14] intentionally omitted <==**

**----- Start of picture text -----**<br>
SPST-N.O.  3, 4, 6 & 10 AMPS<br>**----- End of picture text -----**<br>


**==> picture [119 x 15] intentionally omitted <==**

**----- Start of picture text -----**<br>
OUTLINE DIMENSIONS<br>DIMENSIONS SHOWN IN INCHES & (MILLIMETERS).<br>**----- End of picture text -----**<br>


**==> picture [563 x 671] intentionally omitted <==**

**----- Start of picture text -----**<br>
fo 2.200 (55.88) ed fe 1.200 (30.48) 7<br>0.830<br>0.850 (21.08)MAX.<br>(21.59)MAX.<br>0.250 MIN. 0.250 MIN.<br>(6.35) (6.35) STYLE F<br>1.870 (47.50)<br>1.200 (30.48)<br>0.176<br>(4.47)<br>0.400 0.600 1.000<br>(10.16) (15.24) (25.4)<br>Sei t[s| ams<br>STYLE M<br>S NLA E TIE— ; % ou<br>0.300<br>L ._ 0.300<br>(7.62)<br>(7.62)<br>4 SQ. PINS<br>0.025 (0.64)<br>TERMINAL SIDE VIEW<br>DC -<br>SUPPLY<br>INPUT<br>+ LOAD<br>OBSERVE POLARITY<br>ON DC CONNECTIONS<br>PART LOAD VOLTAGE RATED LOAD<br>NUMBERS RANGE CURRENT<br>70S2-04-B-04-F 24 - 140 VAC 4 AMPS<br>Z 70S2-05-B-04-F 24 - 140 VAC 4 AMPS<br>70S2-04-C-04-F 24 - 280 VAC | 4 AMPS<br>70S2-05-C-04-F 24 - 280 VAC 4 AMPS<br>FEATURES \ y - 70S2-04-B-06-M | 24 - 140 VAC | 6 AMPS<br>70S2-05-B-06-M 24 - 140 VAC 6 AMPS<br>*  OPTICALLY ISOLATED. 70S2-04-B-10-M 24 - 140 VAC 10 AMPS<br>*  PANEL OR PRINTED CIRCUIT MOUNT. 70S2-05-B-10-M 24 - 140 VAC 10 AMPS<br>*  SWITCHES UP  TO 3, 4 , 6  OR 10 AMP 70S2-04-C-06-M 24 - 280 VAC 6 AMPS<br>    LOADS. 70S2-05-C-06-M 24 - 280 VAC 6 AMPS<br>*  LIFETIME WARRANTY. ik\ ) 70S2-04-C-10-M — 24 - 280 VAC 10 AMPS<br>70S2-05-C-10-M 24 - 280 VAC 10 AMPS<br>70S2-01-A-03-F 3 - 60 VDC 3 AMPS<br>70S2-02-A-03-F 3 - 60 VDC 3 AMPS<br>7 os<br>INPUT<br>OUTPUT<br>2              1<br>3                    4<br>2               1<br>3+                  4-<br>**----- End of picture text -----**<br>


_**2...**_ **20** 

> CLASS **70S2** 

## **SOLID STATE “H” & “L” STYLE RELAYS** 

## _**SPST-N.O.  2.5 & 6  AMPS**_ 

**==> picture [547 x 273] intentionally omitted <==**

**----- Start of picture text -----**<br>
Figure 1:  Maximum Continuous Current  vs.<br>    Ambient Temperature<br>168986<br>8 DC CONTROLLED INPUT c             us<br>é 7 PTET ETT] STYLE L, 6A Tt yt tt AC OUTPUT. UL Recognized AL G<br>rs 6 re File No. E52197<br>5 5 BREEN<br>a 4 BERR EEeNEEee<br>No 3 STYLE H, 2.5A<br>o 2 Perret<br>4 1 | INT TT<br>= SceeeeeRR=8S8<br>PTT TT tt | tt ESN .<br>-40˚   -20˚     0˚     20˚    40˚    60˚      80˚  100˚ ~<br>AMBIENT TEMPERATURE (C˚) y 4<br>20vacgge-H STYLE H |<br>7os2-9<br>[ STYLE L \ QBMagnacratt- y<br>**----- End of picture text -----**<br>


## **GENERAL SPECIFICATIONS** 

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|||||||
|---|---|---|---|---|---|
|INPUT CHARACTERISTICS|
|Style:|70S2-04-D            70S2-05-D           70S2-04-B         70S2-05-B          70S2-04-C         70S2-05-C|
|Control Voltage Range:|3 - 30 VDC          6 - 30 VDC          3 - 30 VDC          6 - 30 VDC         3 - 30 VDC         6 - 30 VDC|
|Typical Input Current:|1.0 -17 mA          1.0 - 6.0 mA        1.0 -17 mA          1.0 - 6.0 mA        1.0 -17 mA         1.0 - 6.0 mA|
|Must Release Voltage:|1.0 VDC              1.0 VDC              1.0 VDC              1.0 VDC             1.0 VDC             1.0 VDC|
|Max. Reverse Control Voltage:|3 VDC                 3 VDC                 3 VDC                  3 VDC                3 VDC               3 VDC|
|OUTPUT CHARACTERISTICS|
|Load Voltage Range:|8 - 50 VAC          8 - 50 VAC           24 - 140 VAC      24 - 140 VAC      24 - 280 VAC     24 - 280 VAC|
|Rated Load Current :|2.5 Amps             2.5 Amps              2.5 & 6 Amps      2.5 & 6 Amps       2.5 & 6 Amps      2.5 & 6 Amps|
|Maximum Off-State Voltage dv/d|t:|3000 V/u Sec Typ.|
|Minimum Load Current:|75 mA                 75 mA                  75 mA                 75 mA                 75 mA                75 mA|
|Non-Repetitive Surge|
|Current (1 Cycle):|60 Amps  Peak Max. @ 25˚C|
|Maximum Off State Leakage|
|Current (Rms):|3 mA                   3 mA|6 mA                   6 mA|6 mA                   6 mA|
|Typical On-State|
|Voltage Drop(Rms):|1.6 V                   1.6 V|1.6 V                   1.6 V                   1.6 V                  1.6 V|
|Minimum Peak Blocking Voltage:|200 V                  200 V                   400 V                  400 V                 600 V                 400 V|
|Operating Frequency Range:|25 to 70 Hz         25 to 70 Hz          25 to 70 Hz        25 to 70 Hz         25 to 70 Hz        25 to 70 Hz|
|Maximum Turn - On Time:|8.3 mS                8.3 mS                 8.3 mS               8.3 mS                8.3 mS               8.3 mS|
|Maximum Turn - Off Time:|8.3 mS                8.3 mS                 8.3 mS               8.3 mS                8.3 mS               8.3 mS|
|MISCELLANEOUS CHARACTERISTICS|
|Dielectric Strength|
|(Input- Output Insulation):|2500 V rms. Min.|
|Insulation Resistance:|10|[10]|Ω|Min.|
|Operating Temperature Range:|-40|°|C  to  +100|°|C|
|Storage Temperature Range:|-40|°|C  to  +125|°|C|
|Weight:|22 g  Style|H,|25 g  Style|L|approx.|

**----- End of picture text -----**<br>


_**2...**_ **21** 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

CLASS **70S2** 

## **SOLID STATE “H” & “L” STYLE RELAYS** 

## _**SPST-N.O.  2.5 & 6 AMPS**_ 

## **OUTLINE DIMENSIONS** 

DIMENSIONS SHOWN IN INCHES & (MILLIMETERS). 

**==> picture [568 x 685] intentionally omitted <==**

**----- Start of picture text -----**<br>
2.200 (55.88) 1.200 (30.48)<br>t<br>0.520 0.516<br>(13.21) MAX. (13.1) MAX.<br>yo a ro Py.<br>0.185 MIN. ft 0.185 MIN. 7 )<br>(4.74) (4.70)<br>1.870 (47.50) Qe<br>1.200 (30.48)<br>STYLE H<br>0.176<br>(4.47)<br>0.400 0.600<br>(10.16) (15.24) 1.000<br>SP] ic (25.4) ~—<br>sp ytfen<br>0.300<br>: LAT 0.300 | a ew<br>(7.62) (7.62) STYLE L<br>4 SQ. PINS<br>0.025 (0.64)<br>TERMINAL SIDE VIEW<br>DC -<br>SUPPLY<br>INPUT<br>+ LOAD<br>OBSERVE POLARITY<br>ON DC CONNECTIONS<br>PART LOAD VOLTAGE RATED LOAD<br>NUMBERS RANGE CURRENT<br>FEATURES<br>70S2-04-D-02-H 8 - 50 VAC 2.5 AMPS<br>* OPTICALLY ISOLATED 70S2-05-D-02-H 8 - 50 VAC | 2.5 AMPS<br>* PRINTED CIRCUIT MOUNT 70S2-04-B-02-H 24 -140 VAC | 2.5 AMPS<br>* SWITCHES UP TO 6 AMP LOADS 70S2-05-B-02-H 24 -140 VAC | 2.5 AMPS<br>70S2-04-C-02-H 24 - 280 VAC 2.5 AMPS<br>*  ONLY 0.5” ABOVE  BOARD<br>* MINIMAL BOARD SPACE REQUIRED 70S2-05-C-02-H 24 - 280 VAC | 2.5 AMPS<br>* LIFETIME WARRANTY 70S2-04-B-06-L 24 - 140 VAC | 6 AMPS<br>70S2-05-B-06-L 24 - 140 VAC | 6 AMPS<br>70S2-04-C-06-L 24 - 280 VAC | 6 AMPS<br>70S2-05-C-06-L 24 - 280 VAC 6 AMPS<br>2... 22<br>INPUT<br>OUTPUT<br>2              1<br>3                    4<br>2               1<br>3+                  4-<br>**----- End of picture text -----**<br>


> CLASS **70S2** 

## **SOLID STATE “K” STYLE RELAY** 

## _**SPST-N.O.  4 AMPS**_ 

**==> picture [552 x 179] intentionally omitted <==**

**----- Start of picture text -----**<br>
Figure 1:  Maximum Continuous Current  vs.<br>DC CONTROLLED INPUT     Ambient Temperature<br>AC OR DC OUTPUT 168986<br>8 c             us<br>SOCKET MOUNTABLE 7<br>UL Recognized<br>¢2 6 SoooCOCO File No. E52197 A ©<br>5<br>2§ 4 COCOSooo<br>3<br>2<br> _oa B CCCeCeeeesoe<br>1<br>-40˚   -20˚     0˚     20˚    40˚    60˚      80˚  100˚<br>AMBIENT TEMPERATURE (C˚)<br>tei a |<br>Mating Sockets<br>70-459-1: SCREW/DIN<br>ie . See Section 8 page 13<br>**----- End of picture text -----**<br>


## **GENERAL SPECIFICATIONS** 

|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**|
|---|---|---|---|---|---|---|---|---|---|---|
|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC||**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC||**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|**70S2-04-B   70S2-04-C   70S2-04-D     70S2-04-B    70S2-05-C  70S2-05-D    70S2-01-A    70S2-02-A**<br>3 - 30 VDC   3 - 30 VDC   3 - 30 VDC    6 - 30 VDC   6 - 30 VDC   6 - 30 VDC   3 - 15 VDC   9 - 30 VDC<br>1 -17 mA      1 - 17 mA      1 -17 mA      1.0 - 6.0 mA  1.0 -17 mA   1 - 6.0 mA     5 - 40 mA     5 -17 mA<br>1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       1.0 VDC        1.0 VDC       1.0 VDC       2 VDC<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC|
|~~t:~~<br>5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>4Amps<br>~~3000 V/u Sec Typ.~~||5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>4Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps<br>~~3000 V/u Sec Typ.~~||5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps<br>~~3000 V/u Sec Typ.~~|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps<br>~~3000 V/u Sec Typ.~~|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps<br>~~3000 V/u Sec Typ.~~|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps          4 Amps         4 Amps          4 Amps          4 Amps        3 Amps3Amps|5 VDC          5 VDC           5 VDC          5 VDC           5 VDC          5 VDC          5 VDC          5 VDC<br>24-140 VAC 24-280 VAC  8 - 50 VAC    24-140 VAC 24-280 VAC  8 - 50 VAC    3 - 60 VDC   3 - 60 VDC<br>Amps|
|~~t:~~<br>~~3000 V/u Sec Typ.~~<br>75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA||~~3000 V/u Sec Typ.~~<br>75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA||~~3000 V/u Sec Typ.~~<br>75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|~~3000 V/u Sec Typ.~~<br>75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|~~3000 V/u Sec Typ.~~<br>75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|75 mA           75 mA           75 mA          75 mA          75 mA           75 mA           100 mA        100 mA|
|Minimum Peak Blocking Voltage:<br>60 Amps  Peak Max. @ 25˚C<br>6 mA             6 mA             3 mA            6 mA<br>1.6 V            1.6 V             1.6 V<br>400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V||60 Amps  Peak Max. @ 25˚C<br>6 mA             6 mA             3 mA            6 mA<br>1.6 V            1.6 V             1.6 V<br>400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|||||||7 Amp-1sec  7 Amp-1sec<br>10 uA           10 uA<br>1.6 V            1.6 V             1.6 V             1.2 V            1.2 V<br>400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|7 Amp-1sec  7 Amp-1sec<br>10 uA           10 uA<br>1.6 V            1.6 V             1.6 V             1.2 V            1.2 V<br>400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|
||||60 Amps  Peak Max. @ 25˚C|60 Amps  Peak Max. @ 25˚C|60 Amps  Peak Max. @ 25˚C|60 Amps  Peak Max. @ 25˚C|60 Amps  Peak Max. @ 25˚C|7 Amp-1sec  7 Amp-1sec|7 Amp-1sec  7 Amp-1sec||
|||||60 Amps  Peak Max. @ 25˚C<br>6 mA             6 mA             3 mA            6 mA|60 Amps  Peak Max. @ 25˚C<br>6 mA             6 mA             3 mA            6 mA 6 mA             3 mA|60 Amps  Peak Max. @ 25˚C<br>6 mA             3 mA|60 Amps  Peak Max. @ 25˚C<br>6 mA             3 mA|7 Amp-1sec  7 Amp-1sec<br>6 mA             3 mA 10 uA           10 uA|||
||||1.6 V            1.6 V             1.6 V|1.6 V            1.6 V             1.6 V<br>1.6 V            1.6 V             1.6 V             1.2 V            1.2 V|1.6 V            1.6 V             1.6 V             1.2 V            1.2 V|1.6 V            1.6 V             1.6 V             1.2 V            1.2 V|1.6 V            1.6 V             1.6 V             1.2 V            1.2 V|1.6 V            1.6 V             1.6 V             1.2 V            1.2 V|1.6 V            1.6 V             1.6 V             1.2 V            1.2 V||
|||||400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|||
|Minimum Peak Blocking Voltage:<br>400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V<br>25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS||400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V||400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|400 V           600 V            200 V            400 V           600 V            200 V           105 V           105 V<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|
||25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz||25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|25 to 70 Hz   25 to 70 Hz  25 to 70 Hz  25 to 70 Hz   25 to 70 Hz   25 to 70 Hz|||
|||8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS||8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         75 uS           75 uS<br>8.3 mS         8.3 mS          8.3 mS         8.3 mS          8.3 mS          8.3 mS         500 uS         500 uS|||



## **MISCELLANEOUS CHARACTERISTICS** 

Dielectric Strength (Input- Output Insulation): 3000 V rms. Min. Insulation Resistance: 10[10] Ω Min. Operating Temperature Range: -40 ° C  to  +100 ° C Storage Temperature Range: -40 ° C  to  +125 ° C Weight: 40 grams approx. 

CONSULT FACTORY FOR OTHER CONFIGURATIONS 

_**2...**_ **23** 

CLASS **70S2** 

## **SOLID STATE “K” STYLE RELAY** 

## _**SPST-N.O.  4 AMPS**_ 

**OUTLINE DIMENSIONS** DIMENSIONS SHOWN IN INCHES & (MILLIMETERS). 

**==> picture [255 x 125] intentionally omitted <==**

**----- Start of picture text -----**<br>
1.000<br>1.200 (30.48) (25.4)<br>0.830<br>(21.08)<br>|<br>0.187 (4.74)<br>QUICK CONNECT<br>TERMINALS<br>**----- End of picture text -----**<br>


## **TERMINAL BOTTOM VIEW** 

**==> picture [193 x 148] intentionally omitted <==**

**----- Start of picture text -----**<br>
SEE 0.085<br>NOTE 2 (2.15)<br>0.565<br>(14.35)<br>0.232<br>(5.84)<br>0.220<br>0.285 (5.58)<br>(7.23)<br>0.280<br>(7.11) -<br>**----- End of picture text -----**<br>


## **FEATURES** 

- OPTICALLY ISOLATED 

- QUICK CONNECT/ SOLDER PLUG-IN MOUNT 

- MATES WITH 70-459-1 SOCKET 

- LIFETIME WARRANTY 

|**PART**|**LOAD VOLTAGE**|||**RATED LOAD**|
|---|---|---|---|---|
|**NUMBERS**|**RANGE**|||**CURRENT**|
||||||
|**70S2-04-B-04-K**<br>**70S2-04-C-04-K**<br>**70S2-04-D-04-K**|24 - 140 VAC<br>24 - 280 VAC<br>8 - 50 VAC||<br>|||4 AMPS<br>4 AMPS<br>4 AMPS|
||||||
|**70S2-05-B-04-K**<br>**70S2-05-C-04-K**<br>**70S2-05-D-04-K**|24 - 140 VAC<br>24 - 280 VAC<br>8 - 50 VAC||<br>|||4 AMPS<br>4 AMPS<br>4 AMPS|
|**70S2-01-A-03-K**|3 - 60 VDC|||3 AMPS|
|**70S2-02-A-03-K**|3 - 60 VDC|||3 AMPS|
|||||**_2..._24**|



CLASS **226** 

## **MINIATURE SOLID STATE RELAY** 

**==> picture [590 x 745] intentionally omitted <==**

**----- Start of picture text -----**<br>
|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|SPST-N.O. 7 AMPS|
|THERMAL DERATING CURVE|DC CONTROLLED INPUT|
|8|With heat sink 3.2˚C/W|AC OUTPUT.|
|6|
|UL Recognized|
|4|
|S|SS|Free Air|File No. E52197|“A|€|
|2|
|0      10˚     20˚     30˚    40˚     50˚    60˚     70˚    80˚|OUTLINE DIMENSIONS|
|DIMENSIONS SHOWN IN INCHES & (MILLIMETERS).|
|AMBIENT TEMPERATURE (C˚)|
|0.990 TYP.|0.062 DIA (1.6) TYP.|0.990 TYP.|
|(25.1)|ALL PINS|(25.1)|
|0.340|
|(8.6)|
|0.940 MAX.|0.755 MAX.|-|0.155|
|(23.4)|(19.1)|(3.9)|
|0.600 MAX.|0.600 MAX.|
|(15.2)|0.050|(15.2)|0.050|
|(1.27)|(1.27)|
|i|i|i|q|“|ge:|=|
|1.500 (38.5)|1.500 (38.5)|
|| ——|—.|—|Tl|
|FIG. “A”|FIG. “B”|
|1.18|+5V|
|(30.2)|SUPPLY|OUTPUT|
|0.176|140 OR 280 VAC|
|(4.47)|STANDARDTTL GATE|UP TO 7 AMPS|
|LOAD|
|0.200|0.300|670|INPUT 5 VDC|
|(5.1)|(7.5)|(17.0)|10 mA|
|+5V|
|SUPPLY|
|R1|
|0.156 DIA|A|0.492|f|0.92|y b|e|
|(3.8) 2 PLACES|(12.5)|(12.5)|PIN SIDE VIEW|
|PUSH-ON TERMINAL RECEPTACLES|
|GENERAL SPECIFICATIONS|
|MOLEX|WINCHESTER|
|INPUT CHARACTERISTICS|18-22 AWG|02-06-1103|156-10185|
|Style:|W226RE-7-        W226RE-8-|24-30 AWG|02-06-1132|156-10245|
|Control Voltage Range:|5 VDC                12 VDC|
|Typical Input Current:|10 mA                10 mA|
|Must Release Voltage:|1 VDC                1 VDC|
|FEATURES|
|OUTPUT CHARACTERISTICS|* OPTICALLY ISOLATED.|
|Load Voltage Range:|140 VAC             280 VAC|* PANEL MOUNT.|
|Rated Load Current :|7 amps|7 amps|* SWITCHES UP TO 7 AMP LOADS.|
|Minimum Load Current:|50 mA                 50 mA|* RANDOM VOLTAGE TURN ON.|
|Non-Repetitive Surge|* PRINTED CIRCUIT OR PUSH -|
|Current (1 Cycle):|100 Amps           100 Amps|ON TERMINAL PIN  VERSIONS.|
|Maximum Off State Leakage|* LIFETIME WARRANTY.|
|Current (Rms):|0.1 mA @ 25˚C  10 mA @ 65˚C|
|Typical On-State|
|Voltage Drop(Rms):|1.8 V                   3.6 V|DC|MAX.|
|Minimum Peak Blocking Voltage:|260 V                  380 V|PART|FIGURE|CONTROLLED|MAX.|MIN.|OUTPUT|
|NUMBERS|PULL - IN|DROP-OUT|
|Operating Frequency Range:|25 to 70 Hz|INPUT|CURRENT|
|Maximum Turn - On Time:|10 mS|PRINTED CIRCUIT TERMINALS|
|Maximum Turn - Off Time:|60 mS|W226RE-7-5A1|A|5 VDC|4.3 VDC|1.4 VDC|7 AMPS|
|W226RE-7-12A1|A|12 VDC|10.3 VDC|2.5 VDC|7 AMPS|
|MISCELLANEOUS CHARACTERISTICS|W226RE-8-5A1|A|5 VDC|4.3 VDC|1.4 VDC|7 AMPS|
|Dielectric Strength|W226RE-8-12A1|A|12 VDC|10.3 VDC|2.5 VDC|7 AMPS|
|(Input- Output Insulation):|2500 V rms. Min.|PUSH ON TERMINALS|
|Insulation Resistance:|10|[10]|Ω|Min.|W226R-7-5A1|B|5 VDC|4.3 VDC|1.4 VDC|7 AMPS|
|Operating Temperature Range:|-30|°|C  to  +80|°|C|W226R-7-12A1|B|12 VDC|10.3 VDC|2.5 VDC|7 AMPS|
|Storage Temperature Range:|-40|°|C  to  +100|°|C|W226R-8-5A1|B|5 VDC|4.3 VDC|1.4 VDC|7 AMPS|
|Weight:|13 grams approx.|W226R-8-12A1|B|12 VDC|10.3 VDC|2.5 VDC|7 AMPS|
|2...|25|

**----- End of picture text -----**<br>


_Your Contact for Relays_ 

## pT Tots _Your Contact for Relays_ : bit 

## **SECTION 2    CROSS REFERENCE GUIDE** 

|**W6225ASX-1**|**A2425**|||**SSR240A25**|**SSR240A25**|**84134011**|**G3NA-225B**|**G3NA-225B**|||**240A25**|
|---|---|---|---|---|---|---|---|---|---|---|---|
|**W6240ASX-1**|**A2440**|||**-**||**-**|**G3NA-240B**|||||
|**W6250ASX-1**|**A2450**|||**SSR240A50**||**84134021**|**-**||||**240A45**|
|**W6275ASX-1**|**A2475**|||**-**||**84134031**|**-**|||||
|**W6410ASX-1**|**-**|||**-**||**-**|**G3NA-410B**|||||
|**W6425ASX-1**|**HA4825**|||**SSR480A25**||**-**|**G3NA-425B**|||||
|**W6440ASX-1**|**-**|||**-**||**-**|**G3NA-440B**|||||
|**W6450ASX-1**|**HA4850**|||**SSR480A50**||**-**|**-**|||||
|**W6475ASX-1**|**HA4875**|||**-**||**-**|**-**|||||
|**W6690ASX-1**|**A2490/HA4890**|**RSSAN-90A**||**-**||**-**|**-**|||||
|**W66125ASX-1**|**A24125/HA48125**|**-**||**SSR480A125**||**84134181**|**-**|||||
|**W6210DSX-1**|**D2410**|||**-**||**84134000**|**G3NA-210B**||**AQP10A2-Z4/30VDC**||**240D10**<br>**240D25**|
|**W6225DSX-1**|**D2425**|||**SSR240D25**||**84134010**|**G3NA-225B**||**AQP20A2-Z4/30VDC**|||
|**W6240DSX-1**|**-**|||**-**||**-**|**G3NA-240B**||**AQP40A2-Z4/30VDC**|||
|**W6250DSX-1**|**D2450**|||**SSR240D50**||**84134020**|**-**||||**240D45**|
|**W6275DSX-1**|**D2475**|||**-**||**84134030**|**-**|||||
|**W6410DSX-1**|**-**|||**-**||**-**|**G3NA-410B**||||**480D10-12**|
|**W6425DSX-1**|**HD4825**|||**SSR480D25**||**-**|**G3NA-425B**||||**380D25/480D25-12**|
|**W6440DSX-1**|**-**|||**-**||**-**|**G3NA-440B**|||||
|**W6450DSX-1**|**HD4850**|||**SSR480D50**||**-**|**-**||||**380D45/480D45-12**|
|**W6475DSX-1**|**HD4875**|||**-**||**-**|**-**|||||
|**W6690DSX-1**|**D2490/HD4890**|**RSSDN-90A**||**-**||**-**|**-**|||||
|**W66125DSX-1**|**D24125/HD48125**|**-**||**SSR480D125**||**84134080**|**-**|||||
|**W6210DTX-1**|**TD2410**|||**SSRT240D10**||**84134900**||||||
|**W6225DTX-1**||||**SSRT240D25**||**84134910**||||||
|**W6212DDX-1**|**D1D12/D2D12**||||||**G3NA-D210B**|||||
|**W6225DDX-1**|**D1D20**||||||**-**|||||
|**W6240DDX-1**<br>**SSR210DIN-AC**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**||||||||||||
|**SSR225DIN-AC**||||||||**84130152 / 84130102**||**RN1A23A20U**||
|**SSR610DIN-AC**||||||||||**RN1A60A10U**||
|**SSR625DIN-AC**|**RSAA-660-25-1D0**|||||||**84130158 / 84130118**||**RN1A60A20U**||
|**SSR210DIN-DC**|||**CKRD2410**|||||**84130101**||**RN1A23D10U**||
|**SSR225DIN-DC**|||**HPF2420 / CKRD2430**|||||**84130103**||**RN1A23D20U**||
|**SSR610DIN-DC**|||**CKRD4810**|||||||**RN1A60D10U**<br>**RN1A60D20U**<br>**DC60MP**<br>**OPTO 22**<br>**OPTO 22**||
|**SSR625DIN-DC**<br>**70S2-01-A-03-V**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**|**HPF480D20/CKRD4830/HPF480D30**<br>**RSDA-660-25-1D0**<br>**CRYDOM**<br>**CONTINENTAL**<br>**CONTINENTAL**<br>**ODC-05/ODC-15**|||||||**84130116**<br>**GORDOS**<br>**GORDOS**||||
|**70S2-02-A-03-V**|**ODC-24**|||||||||||
|**70S2-04-B-03-V**|**MP120D3**<br>**OAC-05/OAC-15/OAC-24**||||**MP120D3**|||**MOAC5L/MOAC24L/MOACU**||**MP120D2/MP120D4**||
|**70S2-04-C-03-V**|**MP240D3**<br>**RP03-24/280-04A/OAC-05A/OAC-15A/OAC-24A**||||**MP240D3**|||**GA8-6B02/GA8-6D05**||**MP240D2/MP120D4**||
|**70S2-04-C-12-N**|||||**EZ240D12**|||||**Z240D10**||
||||||**EZE240D12**|||||||



_**2...**_ **26** 

_Your Contact for Relays_ 

## 7 yy yy = cn 7|__|7) ) Y]| Y]UY__lV]/ ] [mlij__|.UY | **SECTION 2** Yy|Le **CROSS REFERENCE GUIDE** Wy 

|**DC60S3/DC60S5**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**<br>**CRYDOM**<br>**CONTINENTAL**<br>**CONTINENTAL**<br>**DC60S5/DC60S7**<br>**70S2-01-A-05-S**<br>**OPTO 22**<br>**OPTO 22**<br>Ha<br>**a**<br>a<br>||**DC60S3/DC60S5**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**<br>**CRYDOM**<br>**CONTINENTAL**<br>**CONTINENTAL**<br>**DC60S5/DC60S7**<br>**70S2-01-A-05-S**<br>**OPTO 22**<br>**OPTO 22**<br>Ha<br>**a**<br>a<br>||**DC60S3/DC60S5**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**<br>**CRYDOM**<br>**CONTINENTAL**<br>**CONTINENTAL**<br>**DC60S5/DC60S7**<br>**70S2-01-A-05-S**<br>**OPTO 22**<br>**OPTO 22**<br>Ha<br>**a**<br>a<br>||**DC60S3/DC60S5**<br>**MAGNECRAFT**<br>**& STRUTHERS-DUNN**<br>**CRYDOM**<br>**CONTINENTAL**<br>**CONTINENTAL**<br>**DC60S5/DC60S7**<br>**70S2-01-A-05-S**<br>**OPTO 22**<br>**OPTO 22**<br>Ha<br>**a**<br>a<br>||
|---|---|---|---|
|**70S2-02-A-05-S**||**DC60S5/DC60S7**||
|**70S2-03-B-25-S**||**D1225**||
|**70S2-04-B-06-S**||oo|**120D3**|
|**70S2-04-B-12-S**<br>**70S2-04-C-06-S**||**D1210**<br>oo|**120D10**|
|||**NTD2405**<br>oo|**240D3**|
|**70S2-04-C-12-S**<br>**70S2-03-C-25-S**|**S505-OSJ610-000**|**D2410/NTD2410**|**240D10**|
||**D2425/NTD2425**<br>**S505-0SJ625-000**||**120D25/240D25**|



Y// Y **THE CROSS REFERENCE IS INTENDED TO MATCH FOOT PRINT, INTERNAL WIRING, AND CONTACT LOAD RATINGS.** [ml|iy)_|77 Uf **CONSTRUCTION  FEATURES AND GENERAL SPECIFICATIONS SHOULD BE COMPARED IF EXACT REPLACEMENT IS REQUIRED.** ]/ / Y .-[To] Yi[ y] Lo 

## **FOR SOLID STATE RELAYS APPLICATION ENGINEERING ASSISTANCE** 

## **U. S. A.** 

## **EUROPE** 

_**2...**_ **27**
Updated at February 9, 2023
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