SEM1700

Signal Converter, Voltage, Current, Voltage, 1 Channels, 0.5 %, 240 V

⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.

Manufacturer: STATUS
Product type: Signal Converters
Signal Conditioner Input:Voltage; Signal Conditioner Output:Current, Voltage; No. of Output Channels:1Channels; Accuracy %:0.5%; Output Accuracy:-; Supply Voltage:240V; No. of Channels:1 Ch
SVHC: No SVHC (04-Feb-2026)
Accuracy %: 0.5%
Product Range: -
Supply Voltage: 240V
Isolation Input: Isolated
No. of Channels: 1 Channel
Output Accuracy: -
No. of Output Channels: 1Channels
Signal Conditioner Input: Voltage
Signal Conditioner Output: Current, Voltage
Signal Conditioner Mounting: DIN Rail

Delivery and price
Units per pack	1
Price	251.73 €
Current stock	10+
Lead time	30 days

Datasheet

SEM1700 SMART UNIVERSAL SIGNAL CONDITIONER 

## **UNIVERSAL INPUT** 

- **ISOLATED mA or VOLTAGE OUTPUT WITH RELAYS ISOLATED UNIVERSAL AC DC POWER SUPPLY** 

- ~~ON~~ **USER TRIM/CONFIGURATION VIA PUSH BUTTONS PC CONFIGURATION USING USB PORT LIVE DATA CAN BE VIEWED ON AN ANDROID** 

- > ~~———~~ **PHONE OR TABLET** |1700 **INTRODUCTION** 

The SEM1700 is a DIN rail-mounted universal signal conditioner from Status Instruments. It has been designed to accept most common process and temperature sensor inputs and provide the user with a programmable current or voltage output signal, plus dual relays with a programmable delay function.  Isolation is provided between input, output and supply.  All temperature ranges are linear to temperature. Both input and output loop excitation are provided as well as a fully universal power supply. 

## **USB PC CONFIGURATION** 

The SEM1700 is quick and easy to configure using a standard-type USB lead and the free-of-charge USBSpeedLink Windows software. 

Designed for ease of use, a USB interface is fitted for quick and easy configuration. Just connect a standard USB cable between the SEM1700 and your PC. Using our free configuration software. To further help save time, the SEM1700 does not need to be wired to a power supply during the configuration process, it is powered via the USB interface from your PC. 

**USB ANDROID VIEW** The SEM1700 can be connected to an Android phone or tablet using an OTG USB adaptor. Running a free App, the Android device can then be used to view live data from the SEM1700 

## **FEATURE HIGHLIGHTS** 

**FLEXIBLE** The SEM1700, with its wide range of input and output options (including two independent relays), paired with the configuration functionality it has to offer, makes it a hugely flexible and versatile tool for many varied applications. Live readings can be displayed to a PC via the configuration software. 

**UNIVERSAL** Supply: From 20 VDC to 240 VAC and everything in-between, the auto-detecting power supply is simple but effective, giving the SEM1700 the capability to be powered from a variety of supplies. 

Input: A wide range of temperature sensors (RTD, T/C) and process inputs, with variable update rates to suit the application, such as a potentiometer needing a quicker update rate. 

Output: With mA sink and source as well as voltage output options, the SEM1700 can be integrated into process control systems with standard analogue signals. Two relay alarms give additional capabilities. 

**USER-FRIENDLY** Designed for ease of use with a universal power supply, I/O options, two-part connectors and simple intuitive software. The SEM1700 also has front of panel push buttons that can be assigned to different functions depending on the application requirements. The SEM1700 is a multi-purpose temperature transmitter/signal conditioning unit. 

D2479-01-10 CN5710 SEM1700 Data Sheet, Page 1 of 5 

SEM1700 SMART UNIVERSAL SIGNAL CONDITIONER 

**RTD SENSOR INPUT                                                                                                        SPECIFICATIONS @20°C** 

|**RTD SENSOR INPUTSPECIFICATIONS @20°C**|**RTD SENSOR INPUTSPECIFICATIONS @20°C**|**RTD SENSOR INPUTSPECIFICATIONS @20°C**|**RTD SENSOR INPUTSPECIFICATIONS @20°C**|
|---|---|---|---|
||**Type RTD**|**Range**|**Accuracy/Stability/Notes**|
||Pt100~0.00385 (IEC)|(-200 to 850)°C (-320 to 1560)°F|1 Reading/Second<br>± 0.15 °C + (0.05 % of FSR)<br>4 Readings/Second<br>± 0.5 °C + (0.1 % of FSR)<br>10 Readings/Second<br>± 1.0 °C + (0.1 % of FRS)|
||Pt100~0.00391 (IPTS-68)|(-200 to 630) °C (-320 to 1160) °F||
||<br>Pt100~0.00392 (IPTS-68)|||
||<br>Pt100~0.00393 (ITS-90)|(-200 to 960)°C (-320 to 1760)°F||
||<br>Ni 100~0.00618 (DIN)|<br>(-60 to 180)°C (-76 to 320)°F||
||<br>Ni120~0.00672 (Nickel A)|<br>(-80 to 260) °C (-112 to 460) °F||
||<br>Cu100~0.00427|||
||Cu 53 (GOST)|(-50 to 180)°C (-58 to 320)°F||
||RTD Connection||2 or 3 wire|
||RTD Lead Resistance||20ΩMaximum|
||RTD Lead effect||0.015°C /Ω|
||Temperature stability (over the range (-10 to 50)°C±0.015 % FSR /°C|||
||FSR=Full Scale range|||



**THERMOCOUPLE SENSOR INPUT                                                                                     SPECIFICATIONS @20°C** 

|**THERMOCOUPLE SENSOR INPUTSPECIFICATIONS**<br>**@20°C**|**THERMOCOUPLE SENSOR INPUTSPECIFICATIONS**<br>**@20°C**|**THERMOCOUPLE SENSOR INPUTSPECIFICATIONS**<br>**@20°C**|**THERMOCOUPLE SENSOR INPUTSPECIFICATIONS**<br>**@20°C**|**THERMOCOUPLE SENSOR INPUTSPECIFICATIONS**<br>**@20°C**|
|---|---|---|---|---|
||**Type**|**Range**|**Stability**|**Accuracy/Notes**|
||K|(-200 to 1370)°C (-320 to 2498)°F|±0.05 % FSR/°C|1 Reading/Second<br>± 0.5 °C + (0.1 % of FSR)<br>4 Readings/Second<br>± 1.0 °C + (0.1 % of FSR)<br>10 Readings/Second<br>± 2.0 °C + (0.1 % of FSR)|
||J|(-200 to 1200)°C (-320 to 2190)°F|||
||E|(-200 to 1000)°C (-320 to 1832)°F|||
||N|(-180 to 1300)°C (-292 to 2372)°F|±0.08 % FSR/°C||
||T|<br>(-200 to 400)°C (-320 to 750)°F|±0.15 % FSR/°C||
||R***1 *2**|<br>(-10 to 1760) °C (-148 to 3200) °F|±0.10 % FSR/°C||
||S***1 *2**||||
||L|(-100 to 600)°C (-148 to 1100)°F|±0.08 % FSR/°C||
||B|(0 to 1600)°C (32 to 3000)°F|±0.10 % FSR/°C||
||U|(0 to 600)°C (32 to 1100)°F|±0.08 % FSR/°C||
||C(W5)***2**|(0 to 2300) °C (32 to 4200) °F|±0.05 % FSR/°C||
||D(W3)***2**||||
||G(W)***2**||||
||Impedance (Thermocouple)|||1 MΩ|
||Open Circuit sensor bias|||0.2 uA|
||Cold junction automatic tracking (-20 to 70)°C||± 0.05°C|± 0.5°C|
||FSR=Full Scale range||||
||***1**Only over the range (800 to 1600)°C,***2** Cold junction tracking range (0 to 70)°C only||||



**PROCESS INPUTS                                                                                                            SPECIFICATIONS @20°C** 

|**PROCESS INPUTSSPECIFICATIONS @20°C**|**PROCESS INPUTSSPECIFICATIONS @20°C**|**PROCESS INPUTSSPECIFICATIONS @20°C**|**PROCESS INPUTSSPECIFICATIONS @20°C**|**PROCESS INPUTSSPECIFICATIONS @20°C**|
|---|---|---|---|---|
||**Type**|**Range**|**Stability**|**Accuracy**|
||50 mV|± 50 mV (Max ± 75 mV)||1 Reading/Second<br>±0.04% + (0.1% of FSR)<br>4 Readings/Second<br>± 0.1 % + (0.1 % of FSR)<br>10 Readings/Second<br>± 0.2 % + (0.1 % of FSR)|
||200 mV|±200 mV (Max ± 230 mV)|± 0.04 % FSR/ °C||
||1 V|± 1 V (Max ± 1.3 V )|||
||10 V|± 10 V (Max ± 11 V)|||
||mA|± 25 mA (Max ±30 mA)|||
||Slide wire***1**|<br>(0 to 100) % of pot travel|± 0.05 % /°C||
||Ohms|<br>(20 to 400)ΩMax (0 to 480)Ω|± 0.025 % FSR / °C||
||Voltage Input Impedance||1 MΩ||
||Current Input Impedance||20Ω||
||Resistance Connection||2 or 3 Wire||
||Slide wire pot minimum||(0 to 1) KΩ||
||Slide wire pot maximum||(0 to 1) MΩ||
||FSR=Full Scale range||||



D2479-01-10 CN5710 SEM1700 Data Sheet, Page 2 of 5 

SEM1700 SMART UNIVERSAL SIGNAL CONDITIONER 

|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE mA CURRENT**|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE mA CURRENT**|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE mA CURRENT**|
|---|---|---|
|**Type/Function**|**Range/Description**|**Accuracy/Notes**|
|Two wire current<br>Sink or source|(0 to 20) mA<br>(4 to 20) mA<br>User mA|(mA output /2000) or 5 uA (Whichever is<br>the greater)|
|Calibration Accuracy||± 5 uA|
|Supply in sink mode|(11 to 30) V dc, 24 V nominal|SELV|
|Maximum load current source|(0 to 20) mA|Maximum load 550Ω|
|Maximum load current sink|Supply voltage @24 Vdc|Maximum load 650Ω|
|Response time|< 500 ms to reach 95 % of final value; Start-up time < 3 s||
|Loop voltage effect||Loop ripple 0.03 % of FSR;|
|Supply sensitivity|Supply ripple rejection < ± 5 uA error @ 1 V rms 50 Hz ripple||
|Protection|Reverse connection and over-voltage protection. Maximum over-voltage<br>current 100 mA||
|Galvanic Isolation|500 V to input: 3750 V to Supply and Relays||
|Current Output Damping|Programmable rise and fall (0 to 250) seconds, for a (0 to 20) mA swing.||
|Thermal stability|Zero at 20°C|± 1 uA/°C typically|
|The mA output range can be set to anywhere within the maximum capability|||



|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE VOLTAGE**|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE VOLTAGE**|**OUTPUTSPECIFICATIONS @20°C**<br>**ANALOGUE VOLTAGE**|
|---|---|---|
|**Type/Function**|**Range/Description**|**Accuracy/Stability/Notes**|
|Two wire voltage|(0 to 10) VDC<br>User VDC|± 5 mV|
|Calibration Accuracy||± 5 mV|
|Maximum output||10.1 VDC|
|Min Load|10 KΩUser Configurable correction for Load||
|Response time|< 500 ms to reach 95 % of final value; Start-up time < 3 s||
|Current drive||± 2 mA, minimum load 5 KΩ@ 10 VDC|
|Thermal stability|Zero at 20°C|± 1 mV/°C|
|Voltage generated across 500Ωresistor|||
|The voltage output range can be set to anywhere within the maximum capability|||



|**OUTPUT**<br>**RELAY**|**SPECIFICATIONS @20°C**|**SPECIFICATIONS @20°C**|
|---|---|---|
|**Type/Function**|**Range/Description**|**Accuracy/Stability/Notes**|
|Form C relay contacts||Dual independent|
|Contact rating|(240 V ac rms @ 1 A; 30 V dc @ 1 A) Resistive Load||
|Isolation|To any other port 3750 V||
|Response time|Typically < 2 x selected input reading/second||



**USB CONFIGURATION USER INTERFACE** 

|**USB CONFIGURATION USER INTERFACE**|**USB CONFIGURATION USER INTERFACE**|**USB CONFIGURATION USER INTERFACE**|**USB CONFIGURATION USER INTERFACE**|
|---|---|---|---|
||**Type/Options /Function**|**Description**|**Notes**|
||Configuration hardware|USB mini B|Cable not included|
||Configuration software|USBSpeedLink|Download www.status.co.uk|
||Operating system|Microsoft Windows|Windows 7 or later|
||Input configuration<br>Type<br>Scale<br>Configure range|High, low<br>High, low|RTD list, T/C list, mA, mV, V, Ohms, Slide<br>wire<br>Any within range<br>Push-button, select option in software|



D2479-01-10 CN5710 SEM1700 Data Sheet, Page 3 of 5 

SEM1700 SMART UNIVERSAL SIGNAL CONDITIONER 

|**USB CONFIGURATION USER INTERFACE (continued)**|**USB CONFIGURATION USER INTERFACE (continued)**||
|---|---|---|
|**Type/Options/Function**|**Description**|**Notes**|
|Output configuration<br>Type<br>Scale<br>Error signal<br>Load correction<br>Damping mA, V<br>User trim|Output signal<br>High, low<br>Up, down, user<br>For voltage output<br>Rise/fall for full range<br>At 4 mA and 20 mA|mA, V<br>mA, V any value within output range<br>User = any value within output range<br>In ohms<br>(0 to 250) s<br>Push-button, select option in software|
|Relay<br>Action<br>Set point<br>Dead band<br>Relay delay|Change-over type<br>Hi, low, inverted<br>Any value within range<br>Relay on, relay off|Two independently settable<br>In engineering units<br>In engineering units<br>(0 to 250) s|
|Live data|Input Signal<br>Output signal<br>Cold junction<br>Record live data<br>Store configuration to PC|Value<br>mA, V value<br>°C<br>Save data to CSV file<br>Save data to file|
|Configuration with push button|Button function selection|Configure range, user trim, off|
|Other device options|Tag number|15 Characters|



## **ANDROID USER INTERFACE** 

|**ANDROID USER INTERFACE**|**ANDROID USER INTERFACE**|**ANDROID USER INTERFACE**|**ANDROID USER INTERFACE**|
|---|---|---|---|
||**Type/Function**|**Range/Description**|**Accuracy/Stability/Notes**|
||Hardware|USB Lead|OTG plus A to Mini B|
||Software|USBVeiwLink|Download from Google play store|
||Read live data|Signal<br>Output|°C, °F,Ω, mV, V,Ω, %,<br>mA, V, Relay state|



## **GENERAL** 

|**GENERAL**|**GENERAL**|**GENERAL**|
|---|---|---|
||**Function**|**Description**|
||Power supply|(20 to 240) V DC SELV, (20 to 240) V AC  50/60 Hz|
||Power|3 W max|
||Protection|Internal fuse, Over-voltage|
||Galvanic Isolation Supply|Supply to any port 3750 V|
||Galvanic Isolation Supply|Relays to any port 3750 V|
||Galvanic Isolation I/P to O/P|500 VDC**/**48 VDC working|
||Update Rate (Resolution)|1 readings/second (16 Bits); 4 Readings/second (14 Bits);<br>10 readings/second (12 Bits)|
||Indication (State LED)|Green Flashing = OK<br>Green Solid=input/output/configuration error indication|
||Relay 1, Relay 2 LEDs|Red LEDs: Not in alarm=LED off, in alarm=LED on|



## **MECHANICAL** 

|**MECHANICAL**|**MECHANICAL**|**MECHANICAL**|
|---|---|---|
||**Function**|**Description**|
||Dimensions|120 mm (from back of rail) x 22.5 mm wide x 106 mm high|
||Enclosure colour|Grey|
||Material|Blend PC/ABS self-extinguishing|
||Connections|Two-part screw connectors for power, inputs, outputs, relays|
||Weight|145 g approximate|
||Rail mount|DIN 60715|



D2479-01-10 CN5710 SEM1700 Data Sheet, Page 4 of 5 

## SEM1700 SMART UNIVERSAL SIGNAL CONDITIONER 

**ENVIRONMENTAL Function Description** Ambient temperature Operating/Storage (-30 to 70) °C - Ambient Humidity Operating/Storage (10 to 90) %RH non condensing Protection requirement Device must be installed in an enclosure offering >IP65 Protection USB configuration ambient (10 to 30) °C **APPROVALS** EMC BS EN 61326: Note - Sensor input wires to be less than 30 m to comply Ingress protection BS EN 60529 Electrical Saftey BS EN 61010-1 RoHS Directive 2011/65/EU **MECHANICAL** 

## **ORDER CODE** 

## **SEM1700** 

## **ACCESSORIES** 

|USB configuration software|USBSpeedLink free of charge from www.status.co.uk|
|---|---|
|Android live data view|USBViewLink (free of charge from Google play store)|
|Loop powered display|Refer to www.status.co.uk|
|USB Leads|Contact sales@status.co.uk|



To maintain full accuracy, annual calibration is required. Contact support@status.co.uk for details The data in this document is subject to change. Status Instruments Ltd. assumes no responsibility for errors 

Status Instruments Ltd Status Business Park Gannaway Lane, Tewkesbury Gloucestershire, UK GL20 8FD 

Tel: +44 (0)1684 296818 Fax: +44 (0)1684 293746 Email: sales@status.co.uk Website: www.status.co.uk 

D2479-01-10 CN5710 SEM1700 Data Sheet, Page 5 of 5

Updated at April 29, 2026

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