HFV6/024ZS-T

**AUTOMOTIVE RELAY** 

## **HFV6** 

## **Typical  Applications** 

- **Features** 

- ● 30A switching capability ● Ambient temp. range up to 125 ● ● °C 

● 1 Form A & 1 Form C contact arrangement 

- Plastic sealed and dust protected types available 

- RoHS & ELV compliant 

Lighting control, Headlight control, Electromagnet control Air-conditioning, Heaters (seat, front/rear windows), Fan motors control, Fuel pump control, Wiper motors control 

## **CHARACTERISTICS** 

Contact arrangement 1A, 1C NO:Typ.15mV,250mV max.(at 10A) Voltage drop NC:Typ.25mV,250mV max.(at 10A) Max. continuous current[1)][9)] NO:30A (23 Cc ),25A (85 °C ),13A (125 Cc ) NC:20A (23 ),15A (85 ),10A (125 ) Min. contact load 1A 12VDC Electrical endurance See "CONTACT DATA" Mechanical endurance 1 x 10[7] OPS (300OPS/min) Insulation resistance 20 Q min. (at 500VDC) Withstand voltage[2)] 500VAC Operate time[9)] Typ.: 5ms (at nomi. vol.) Max.: 10ms (at nomi. vol.) Release time[3)][9)] Typ.: 2ms Max.: 10ms Ambient temperature -40 °C to 125 °C Vibration resistance[4)][9)] 10Hz to 60Hz  0.35mm DA 60Hz to 500Hz  49m/s[2] 

Shock resistance[4) 9)] 196m/s[2] Flammability[5)] UL94-HB or better (meets FMVSS 302) Termination QC[6)] Construction Plastic sealed, Dust protected Unit weight Approx. 22g cover retention (pull & push): 200N min. Mechanical data[7)] terminal retention (pull & push): 100N min. terminal resistance to bending (front & side): 10N min.[8)] 

- 1) For NO contacts, measured when applying 100% rated votage on coil. 

- 2) 1min, leakage current less than 1mA. 

- 3) The value is measured when voltage drops suddenly from nominal voltage to 0 VDC and coil is not paralleled with suppression circuit. 

- 4) When energized, opening time of NO contacts shall not exceed 100µs, when non-energized, opening time of NC contacts shall not exceed 100µs, meantime, NO contacts shall not be closed. 

- 5) FMVSS: Federal Motor Vehicle Safety Standard. 

- 6) Do NOT knock on relays with hard objects such as rubber rod and rubber hammer during mounting, which might lead to relay damage. 

- 7) Only valid for QC version. 

- 8) Test point is at 2mm away from teminal end, and after removing testing force, the terminal transfiguration shall not exceed 0.5mm. 

9) Only for the 12VDC coil voltage type. 

**CONTACT DATA**[5)] 

|13.5VDC<br>Load<br>voltage|Resistive<br>Load type<br>Make<br>Break<br>~~—~~<br>~~PP~~<br>eee|Resistive<br>Load type<br>Make<br>Break<br>~~—~~<br>~~PP~~<br>eee|Load current   A<br>ee<br>~~—~~|Load current   A<br>ee<br>~~—~~|Load current   A<br>ee<br>~~—~~|On/Off ratio<br>ee<br>ee|On/Off ratio<br>ee<br>ee|Electrical<br>endurance<br>OPS<br>ryTy|Contact<br>material<br>Ty|Load wiring<br>diagram3)<br>Ty|Ambient<br>temp.|
|---|---|---|---|---|---|---|---|---|---|---|---|
||||1C<br>ee<br>~~T~~<br>~~—~~||1A<br>ee<br>~~T~~E|On<br>s<br>ee<br>ee<br>E<br>ry|Off<br>s<br>ee<br>ee<br>E<br>ry|||||
||||NO<br>~~T~~<br>~~—~~|NC<br>~~T~~<br>~~—~~||||||||
|||Make<br>~~PP~~|20<br>~~PP~~|10<br>~~PP~~|30<br>~~PP~~|2<br>~~PP~~<br>ry|2<br>~~PP~~<br>ry|1×105<br>~~PP~~P<br>ryTy|AgSnO2<br>P<br>Ty|See diagram 1<br>or diagram 4<br>P<br>Ty|See<br>Ambient<br>temp.<br>curve|
|||Break<br>~~PP~~<br>eee|20<br>~~PP~~<br>eee|10<br>~~PP~~<br>eee|30<br>~~PP~~<br>eee|2<br>~~PP~~<br>ry<br>eee|2<br>~~PP~~<br>ry<br>eee|||||
||Inductive<br>ere|Make1)<br>ere<br>ee|40<br>ere<br>eee|20<br>ere<br>eee|40<br>ere<br>eee|2<br>ry<br>ere<br>eee|2<br>ry<br>ere<br>eee|1×105<br>ry Ty<br>ere|AgSnO2<br>Ty<br>ere|See diagram 2<br>or diagram 5<br>Ty<br>ere||
|||Break<br>ere<br>ee|20<br>ere<br>eee|10<br>ere<br>eee|20<br>ere<br>eee|2<br>ry<br>ere<br>eee|2<br>ry<br>ere<br>eee|||||
||Lamp4)<br>ere<br>See|Make<br>ere<br>ee<br>See<br>ee|1002)<br>ere<br>eee<br>See<br>ee|—<br>ere<br>eee<br>See<br>ee|1002)<br>ere<br>eee<br>See|2<br>ere<br>eee<br>See<br>ee|2<br>ere<br>eee<br>See<br>ee|1×105<br>ere<br>See<br>ee|AgSnO2<br>ere<br>See|See<br>diagram 3<br>ere<br>See||
|||Break<br>See<br>ee|20<br>See<br>ee|—<br>See<br>ee|20<br>See|2<br>See<br>ee|2<br>See<br>ee|||||
|27VDC|Resistive<br>See<br>eee|Make<br>See<br>ee<br>eee|20<br>See<br>ee<br>eee|10<br>See<br>ee<br>eee|20<br>See<br>eee|2<br>See<br>ee<br>eee|2<br>See<br>ee<br>eee|1×105<br>See<br>ee<br>eee|AgSnO2<br>See<br>eee|See diagram 1<br>or diagram 4<br>See<br>eee|Room<br>temp.|
|||Break<br>eee<br>ee|20<br>eee<br>ee|10<br>eee<br>ee|20<br>eee<br>ee|2<br>eee<br>ee|2<br>eee<br>ee|||||
||Inductive<br>See<br>|Make1)<br>See|38<br>See|28<br>See|38<br>See|2<br>See|2<br>See|1×105<br>See<br>|AgSnO2<br>See<br>|See diagram 2<br>or diagram 5<br>See<br>|See<br>Ambient<br>temp.<br>curve|
|||Break<br>See<br>a|15<br>See<br>|6<br>See<br>|15<br>See<br>|2<br>See<br>|2<br>See<br>|||||
||Lamp4)<br>See<br>ee|Make<br>See<br>aee|702)<br>See<br>ee|—<br>See<br>ee|702)<br>See<br>ee|2<br>See<br>ee|2<br>See<br>ee|1×105<br>See<br>ee|AgSnO2<br>See<br>ee|See<br>diagram 3<br>See<br>ee||
|||Break<br>ee<br>ee|7<br>ee<br>ee|—<br>ee<br>ee|7<br>ee<br>ee|2<br>ee<br>ee|2<br>ee<br>ee|||||



141 

- **Notes:** 1) Corresponds to the peak inrush current on initial actuation. 2) Corresponds to the peak inrush current on initial actuation (cold filament). 

   - 3) The load wiring diagrams are listed below: 

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3 3 3 3 3 3 3 3<br>5 5 5 5 4 5 4<br>R Resistive Inductive Lamp R R Resistive Inductive<br>diagram 1                        diagram 2                              diagram 3                         diagram 4                             diagram 5<br>4) The load in the table excludes flasher. When applied in flasher, please connect by the polarity request according diagram 3, a special silver<br>alloy contact material should be used and the customer special code should be (170) as a suffix.<br>**----- End of picture text -----**<br>


- 5) Loads mentioned in this chart is for relays with no parallel diode or Zener Diode. For those with parallel diode, Zener Diode or other components, please contact Hongfa for more technical supports. 

Please also contact Hongfa if the actual application load is diffrent from what mentioned aboved. 

## **COIL DATA** 

at 23 

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Nominal Pick-up Drop-out Coil   Parallel Equivalent Power  Max. allowable overdrive<br>voltage voltageVDC  voltageVDC resistance resistance resistance consumption voltage  [1) ]  VDC<br>VDC max. min. x(1 10%) x(1 5%) x(1 10%) W at 23 at 85<br>**----- End of picture text -----**<br>


||Nominal<br>voltage<br>VDC|Pick-up<br>voltage<br>VDC<br>max.|Drop-out<br>voltage<br>VDC<br>min.|x(1<br>10%)<br>Coil<br>resistance|x(1<br>5%)<br>Parallel<br>resistance|x(1<br>10%)<br>Equivalent<br>resistance|<br>Power<br>consumption<br>W|Max. allowable overdrive<br>voltage1)VDC|Max. allowable overdrive<br>voltage1)VDC|
|---|---|---|---|---|---|---|---|---|---|
|||||||||at 23|at 85|
|||||||||||
|Standard|12|7.2|1.2|90|—|—|1.6|20|15|
||12|7.2|1.2|90|680|79.5|1.8|20|15|
||24|16|2.4|360|—|—|1.6|40|30|
||24|16|2.4|360|2700|317.6|1.8|40|30|
|Sensitive|12|7.2|1.2|124|—|—|1.2|25|19|
||12|7.2|1.2|124|680|104.9|1.4|20|15|
||24|16|2.4|441|—|—|1.3|47|35|
||24|16|2.4|441|1800|354.2|1.6|33|25|



**Notes:** 1) Max. allowable overdrive voltage is stated with no load applied and minimum coil resistance. 

## **ORDERING INFORMATION** 

HFV6  / 012 Z S L J K -T R (XXX) **HFV6** : QC **Type HFV6-K** : Grip & QC **Coil voltage 012** : 12VDC **024** : 24VDC **Contact arrangement H** : 1 Form A **Z** : 1 Form C **Construction**[1)] **S** :  Plastic sealed **Nil** : Dust protected **Coil power L** : Sensitive **Nil** : Standard **J** : QC Terminal without hole **Terminal Nil** : QC Terminal with hole **K:** Load terminal hot-dip Tinning,coil terminal electro-tinning **Terminal plating code Nil:** Electro-tinning **Contact material T** : AgSnO2 

**R** : Parallel transient suppression resistors **Parallel coil**[2)] **D** : Parallel transient suppression diode, with anode connected to terminal#2 **components D1** : Parallel transient suppression diode, with anode connected to terminal#1 **Nil** : Without parallel components 

**Special code**[3)] **XXX:** Customer special requirement **Nil:** Standard 

> **Notes:** 1) In environments with high humidity, moisture, or even condensation, and dust, such as relays used in engineering, mining, agriculture and other fields, or relays with mounting brackets installed outside of electrical boxes,It is recommended to use plastic-encapsulated products; in environments containing phosphorus, H2S, SO2, NO2 and other harmful gases, plastic-encapsulated types must be used and tested and confirmed in actual use; in environments containing organic silicon, please avoid using dust-proof covers. 

- 2) If parallel diode, Zener Diode or other components are required, please contact Hongfa for more technical supports. 

- 3) The performance parameters of products with characteristic numbers shall be subject to the specific specifications provided by Hongfa. 

142 

Unit: mm 

## **OUTLINE DIMENSIONS AND WIRING DIAGRAM** 

Outline Dimensions 

## HFV6/ □□□ Z □□□□ - □□ (XXX) 

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1.4   0.2<br>1.8   0.2<br>4.8   0.1 0.8   0.05<br>6.3   0.1<br>8   0.15<br>9   0.2<br>6  0.15<br>15.3  0.2<br>11.4   0.2<br>22.8  0.2<br>**----- End of picture text -----**<br>


(Bottom view) 

HFV6-K/ □□□ Z □□□□ - □□ (XXX) 

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5   0.1<br>20   0.2 2   0.1<br>1.8   0.2<br>3.2   0.2 1.4   0.2<br>0.8   0.05<br>6.3   0.1<br>8   0.15<br>4.8   0.1 9   0.2<br>6  0.15<br>15.3   0.2<br>11.4   0.2<br>22.8   0.2<br>**----- End of picture text -----**<br>


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(Bottom view)<br>**----- End of picture text -----**<br>


Remark: Terminal vertical deviation tolerance is 0.3mm. 

**OUTLINE DIMENSIONS AND WIRING DIAGRAM** 

Unit: mm 

## Wiring Diagram 

## HFV6/ □□□ H □□□□ - □ (XXX) 

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2<br>5 3<br>1<br>**----- End of picture text -----**<br>


## HFV6/ □□□ Z □□□□ - □ (XXX) 

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2<br>4 5 3<br>1<br>**----- End of picture text -----**<br>


## HFV6/ □□□ H □□□□ - □ R(XXX) 

HFV6/ □□□ Z □□□□ - □ R(XXX) 

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2<br>5 3<br>1<br>**----- End of picture text -----**<br>


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2<br>4 5 3<br>1<br>**----- End of picture text -----**<br>


HFV6/ □□□ H □□□□ - □ D(XXX) 

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2<br>5 3<br>1<br>**----- End of picture text -----**<br>


HFV6/ □□□ Z □□□□ - □ D(XXX) 

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2<br>4 5 3<br>1<br>**----- End of picture text -----**<br>


HFV6/ □□□ H □□□□ - □ D1(XXX) 

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2<br>5 3<br>1<br>**----- End of picture text -----**<br>


HFV6/ □□□ Z □□□□ - □ D1(XXX) 

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2<br>4 5 3<br>1<br>**----- End of picture text -----**<br>


144 

## **CHARACTERISTIC CURVES** 

Ambient temperature curve of the electrical endurance test 

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**----- Start of picture text -----**<br>
Ambient temp. curve (one cycle)<br>150<br>125<br>100<br>75<br>50<br>25<br>0<br>-25<br>-50<br>0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24<br>Time (h)<br>**----- End of picture text -----**<br>


- 1)  The minimum temperature is -40 . 

- 2)  The maximum temperature is 125 

   - . 

- 3)  The durability test of the product is carried out according to the contact parameter table. If any of the actual load voltage, current and action frequency are different from the contact parameter table, please carry out the confirmation test again. 

## Disclaimer 

The specification is for reference only. See to "Terminology and Guidelines" for more information. Specifications subject to change without notice. In case there is specific criterion (such as mission profile, technical specification, PPAP etc.) checked and agreed by and between customer and Hongfa, this specific criterion should be taken as standard regarding any requirement on Hongfa product. We could not evaluate all the performance and all the parameters for every possible application. Thus the user should be in a right position to choose the suitable product for their own application. If there is any query, please contact Hongfa for the technical service. However, it is the user’s responsibility to determine which product should be used only. 

> ©  Xiamen Hongfa Electroacoustic Co., Ltd.  All rights of Hongfa are reserved. 

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