# Signal Converter, Current, Voltage, Current, Voltage, 1 Channels, 32 VDC

![Product image](https://novapart.co/image/farnell:3805915/)

**URL**: https://novapart.co/products/IN-UVI/signal-converter-current-voltage-1-channels-32-vdc
**SKU**: IN-UVI
**Manufacturer**: OMEGA
**Category**: Automation & Process Control || Signal Conditioning || Signal Converters
**Price**: €1905.3000
**Stock**: 10+
**Lead Time**: 36 days (indicative)

## Specifications

| Parameter | Value |
|---|---|
| Svhc | Lead (04-Feb-2026) |
| Accuracy % | - |
| Product Range | IN-UVI Series |
| Supply Voltage | 32VDC |
| Isolation Input | Isolated |
| No. Of Channels | 1 Channel |
| Output Accuracy | - |
| No. Of Output Channels | 1Channels |
| Signal Conditioner Input | Current, Voltage |
| Signal Conditioner Output | Current, Voltage |
| Signal Conditioner Mounting | Panel Mount |

## Datasheet

📄 [Download PDF](https://novapart.co/datasheet/farnell:3805915/)

## **Wheatstone Bridge In-Line Signal Conditioner** 

_**Supply Voltage: 22 to 32 Vdc Input Current: 200 mA Start Up (90 mA max) Current Outputs: 4-20 mA, 12 mA zero ± 8 mA Voltage Outputs: 0-5, 0-10, ±5, ±10 Vdc**_ 

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M12 connector accessory,<br>shown smaller than actual size<br>|<br>**----- End of picture text -----**<br>


## **IN-UVI Series** 

**IN-UVI, shown smaller than actual size, with one M12 accessory connector.** 

- U **Wide Range of Field Selectable Inputs and Outputs** 

- U **Input/Output Isolation** 

- U **Low Thermal Drift** 

- U **IP65 Protected** 

- U **Rugged Stainless Steel Enclosure** 

- U **Ideal for Use with Miniature Transducers or When Space is Limited** 

- U **Improved Signal to Noise Ratio** 

- U **Signals Can Be Sent Over Much Longer Distances than Millivolt Signals** 

## **Typical Applications that Require an In-Line Signal Conditioner:** 

- U **When a Transducer is Located in a Hostile Environment* or Some Distance From the Display** 

- U **Potentiometer Adjustments (Which are Located in the Signal Conditioner) are More Conveniently Located and More Accessible than the Transducer Itself** 

_* If the environment at the sensing site is subject to high temperatures, humidity, or corrosive conditions, it may be necessary to place the in-line signal conditioner away from the transducer._ 

signals from 0.5 mV/V to 4 mV/V, wide zero adjustment range and an isolated shunt calibration relay for quick field setup. All output options and excitation voltages are field selectable. 

## **Application Examples:** 

- U **Monitor Compression Forces of an Automated Clamping Machine that Modifies 44 Assembly Pieces at a Time by Automated Drills** 

## **Specifications** 

**Supply Voltage:** 22 to 32 Vdc isolated from output 

- U **Monitor Forces Needed to Raise the Roof of an Aviation Hanger for Larger Airships to Fit Inside** 

**Isolation Input to Output:** 500 Vdc **Capacitance:** 0.022[µ] F **Resistance:** 100 MΩ 

**Input Current:** 90 mA maximum (must be capable of supplying 200 mA) 

**Voltage Output:** ±5 volts, ±10 volts at 2 mA maximum 

The OMEGA IN-UVI in-line signal conditioner is housed in a rugged stainless steel enclosure, which is connected between the transducer and a readout instrument. The signal conditioner supplies a highly regulated bridge excitation voltage for the transducer and converts the millivolt signal of the transducer to 0 to 5, 0 to 10, ±5, ±10 Vdc or 4 to 20, 12 ± 8 mA. 

**Output Resistance:** 60 Ω 

**Noise:** 10 mV peak to peak @ 3 mV/V voltage mode (10 Vdc) 20 uA peak to peak current mode 

**Short Circuit Protection:** Yes +output to -output 

**Current Output:** 4 to 20 mA, 12 mA zero ±8 mA outputs field programmable 

**Maximum Load Resistance:** 700 Ω at 20 mA 

The IN-UVI features include two selectable excitation voltages, programmable gain amplifier for 

**Operating Temperature:** -20 to 60°C 

(0 to 140°F) 

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Dimensions: mm (in)<br>34.8<br>134.8 (5.306)<br>(1.37)<br>114.3 (4.50)<br>6.35<br>(0.250)<br>52.3  63.5<br>(2.06) (2.501)<br>ø31.2 (1.23)<br>_— dj |<br>ø5.4 (0.213)<br>**----- End of picture text -----**<br>


**1** 

**Response Time:** 200 uS (0 to 63%) **Excitation Voltage:** 5 or 10 Vdc field programmable **Excitation Max Current:** 30 mA @ 10 Vdc **Sensor Input Range:** 0.5 mV/V to 4 mV/V in 0.5 steps 

**Shunt Cal:** Yes; remotely activated **Environmental Protection:** IP65 **Long Term Zero Drift:** 0.1% of FS/year 

**Temperature Effects: Zero:** 0.001%/°F (Auto zero front end) **Span:** 0.0025%/°F **Linearity:** 0.01% **Adjustment Range: Zero:** ±30% **Span:** ±20% fine ±40% coarse **Adjustment Location:** Behind connector endcaps **EMC Effect:** <0.15% of FS per EN61326-1 (industrial) 

## **Dimensions:** 

134.8 L x 34.8 H x 31.2 mm D (5.3 x 1.37 x 1.23) 

## **Transducer Requirements:** 

**Bridge Excitation:** 5 Vdc or 10 Vdc **Bridge Sensitivity:** 1 to 8 mV/V @ 5 Vdc EXC, 0.5 to 4 mV/V for 10 Vdc EXC **Bridge Resistance:** 350 to 5000 Ω* _* Time constant 0 to 63% (200[µ] S for a 350_ Ω _bridges/1.2 mS for a 5000_ Ω _bridge)_ 

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NOTE:  There are TWO different connectors offered as ACCESSORIES:<br>1. Model No: M12.8-S-F-FM<br>Description: 8-Pin M12 Connector with Cable Gland, Input/Output Connection<br>2. Model No: M12.5-S-F-FM<br>Description: 5-Pin M12 Connector with Cable Gland, Sensor Connection<br>6 5 4 4 3<br>7 3<br>1 2<br>1 2<br>8 CENTER PIN8 CENTER PIN 5 CENTER PIN5 CENTER PIN<br>8 PIN M128 PIN M12 M12 CONNECTOR<br>PIN 1 = + SUPPLYPIN 2 = SUPPLY RETURNPIN 1 = +SUPPLY PIN 2 = SUPPLY RETURN PIN 1 = + EXCITATIONM12 CONNECTORPIN 1 = +EXCITATION<br>PIN 3 = + OUTPUTPIN 3 = +OUTPUTPIN 4 = -OUTPUT PIN 2 = – EXCITATIONPIN 3 = + INPUTPIN 2 = -EXCITATIONPIN 3 = +INPUT<br>PIN 4 = – OUTPUTPIN 5 = SHUNT CAL1PIN 6 = N/CPIN 5 = SHUNT CAL 1PIN 6 = N/CPIN 7 = N/C PIN 4 = – INPUTPIN 5 = SHIELDPIN 4 = -INPUTPIN 5 = SHIELDSHUNT CAL RESISTOR (INTERNAL CONNECTOR)<br>PIN 7 = N/CPIN 8 = SHIELD SHUNT CAL RESISTOR<br>PIN 8 = CASE/SHIELD (INTERNAL CONNECTOR)<br>+ POWER SUPPLYPOWER SUPPLY STANDARD LOAD CELL OR<br>28 VDC @ 200 mA28 VDC @ 200 mA STANDARD LOAD CELL OR PRESSURE SENSORPRESSURE SENSOR<br>- MINIMUMMINIMUM<br>+ DATA SYSTEMDATA SYSTEMOR DISPLAY<br>OR DISPLAY<br>-<br>REMOTE SHUNT CAL SWREMOTE SHUNT CAL SW<br>CLOSE SWITCH TO ENABLECLOSE SWITCH TO ENABLE<br>**----- End of picture text -----**<br>


|**To Order**|**To Order**|
|---|---|
|**Model No.**|**Description**|
|**IN-UVI**|Wheatstone bridge in-line signal conditioner|



## **Accessories** 

|**Model No.**|**Description**|
|---|---|
|**M12.5-S-F-FM**|5-pin M12 connector with cablegland, sensor connection|
|**M12.8-S-F-FM**|8-pin M12 connector with cablegland, input/output connection|



**2** 

**Standard Cable Part Numbers** 

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**----- Start of picture text -----**<br>
To Order<br>Connector   Connector   Examples of Product Used on (Contact<br>Model No. Sensor Side IN-UVI Side Sales for Products Not Listed)<br>CA-4PC24-2A-015-INUVI P001268 M12.5-S-F-FM LC111 25-200 lbs<br>CA-4PC24-3-015-INUVI PT06F10-6S M12.5-S-F-FM LC1011, LC1112, LC1113, LC411, LC412,<br>LC711, LC712, LC511, LC315, LC213,<br>LC214, LC111 >200 lbs<br>CA-4TE24-3-015-INUVI PT06F10-6S M12.5-S-F-FM PX35, PX01, PX02, PX80, PX81<br>CA-4PC24-4-015-INUVI PT06F10-6S M12.5-S-F-FM LCHD 5 to 5000 lbs, PX610, PX61V1, PX931<br>CA-4PC24-4A-015-INUVI MS3106E-14S-6S M12.5-S-F-FM LCHD > 5000 lbs (uses MS3102E-14S-6P)<br>CA-4TE24-5-015-INUVI PT06F10-6S M12.5-S-F-FM PX32<br>CA-4TE24-6-015-INUVI PT06F10-6S M12.5-S-F-FM (mV) PX5000, PX5500, PX6000 (mV output),<br>PX1004, PX1005<br>CA-4PC24-8-015-INUVI PT06F10-6S M12.5-S-F-FM PX429, 3 mV/V<br>CA-4PC24-0-015-INUVI STYLE 2 M12.5-S-F-FM Style 2 - Wiring Code 0<br>CA-4TE24-0-015-INUVI STYLE 2 M12.5-S-F-FM Style 2 - Wiring Code 0<br>Flying Leads  Connector   Examples of Product Used on (Contact<br>Model No. Input/Output Side IN-UVI Side Sales for Products Not Listed)<br>CA-6PC24-OUT-015-INUVI STYLE 2 M12.8-S-F-FM Style 2 - Wiring Code OUT<br>**----- End of picture text -----**<br>


## **Definition of Cable part number** 

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CA-4PC24-2A -xxx -INUVI<br>CABLE DESIGNATION<br>LENGTH, L (FT)<br>WIRING CODE<br>GAGE OF CONDUCTORS (24AWG, ETC.)<br>CABLE (PC=PVC) (TE=FEP)<br>NO. OF CONDUCTORS<br>CABLE ASSEMBLY<br>Insulation Type Temperature Rating:  FEP = -55 to 125°C (-67 to 257°F), PVC = -30 to 80°C (-22 to 176°F)<br>IN-UVI Cable Assembles to Connect Transducer via Connector or Flying Leads.<br>T<br>R<br>A  STYLE 1 I<br>ALL WIRING CODES EXCEPT 0.<br>N  13 (0.5) DUAL CONNECTOR ENDS. N<br>S  -<br>D  U<br>U  SHIELD V<br>C  13 (0.5) LENGTH IN FEET 45 (1.75)  I<br>TYP<br>E<br>R   S<br>STYLE 2<br>WIRING CODE 0 ONLY. I<br>LENGTH IN FEET FLYING LEADS WITH A CONNECTOR.<br>S  13  D<br>(0.5)<br>I  E<br>D<br>E<br>Dimensions: mm (in)<br>152 (6)<br>**----- End of picture text -----**<br>


**3** 

## **IN-UVI Wiring Codes** 

## **Dual Connector Ends, All Wiring Codes Except 0** 

|**Connector Pin**<br>**Transducer**<br>**Side**|<br>**CA*INUVI**<br>**Wiring Code**|**IN-UVI**<br>**Connection**|**Connector**<br>**Pin**<br>**IN-UVI Side**|
|---|---|---|---|
|**Wiring Code 2A/3**||||
|A|**GREEN**|+ Signal|3|
|B|**WHITE**|- Signal|4|
|C|**BLACK**|- Excitation|2|
|D|**RED**|+ Excitation|1|
|E|–|–|–|
|F|–|–|–|
|–|–|Shield*|5|
|**Wiring Code 4/4A**||||
|A|**RED**|+ Excitation|1|
|B|–|–|–|
|C|**BLACK**|- Excitation|2|
|D|–|–|–|
|E|**WHITE**|- Signal|4|
|F|**GREEN**|+ Signal|3|
|–|–|Shield*|5|
|**Wiring Code 5/6**||||
|A|**RED**|+ Excitation|1|
|B|**GREEN**|+ Signal|3|
|C|**WHITE**|- Signal|4|
|D|**BLACK**|- Excitation|2|
|E**|–|–|–|
|F**|–|–|–|
|–|–|Shield*|5|
|**Wiring Code 8**||||
|A|**RED**|+ Excitation|1|
|B|**BLACK**|- Excitation|2|
|C|**GREEN**|+ Signal|3|
|D|**WHITE**|- Signal|4|
|E**|–|–|–|
|F**|–|–|–|
|–|–|Shield*|5|



## **Flying Leads with Connector on IN-UVI End** 

|**Connector Pin**<br>**Transducer**<br>**Side**|<br>**CA*INUVI**<br>**Wiring Code**|**IN-UVI**<br>**Connection**|**Connector**<br>**Pin**<br>**IN-UVI Side**|
|---|---|---|---|
|**Wiring Code 0**||||
|N/A|**RED**|+ Excitation|1|
|N/A|**BLACK**|- Excitation|2|
|N/A|**GREEN**|+ Signal|3|
|N/A|**WHITE**|- Signal|4|
|N/A|–|Shield*|5|
|N/A|–|–|–|



_**NOTE:** Excitation of IN-UVI connects to input of transducer, and output of transducer connects to signal of IN-UVI._ 

## **Flying Leads with Connector** 

**==> picture [256 x 54] intentionally omitted <==**

**----- Start of picture text -----**<br>
Connector Pin  Connector<br>Transducer  CA*INUVI  IN-UVI  Pin<br>Side Wiring Code Connection IN-UVI Side<br>Wiring Code OUT (8-Pin)<br>**----- End of picture text -----**<br>


|**Connector Pin**<br>**Transducer**<br>**Side**|<br>**CA*INUVI**<br>**Wiring Code**|**IN-UVI**<br>**Connection**|**Connector**<br>**Pin**<br>**IN-UVI Side**|
|---|---|---|---|
|**Wiring Code OUT(8-Pin)**||||
|||||
|N/A|**RED**|+ Supply|1|
|N/A|**BLACK**|- Supply|2|
|N/A|**GREEN**|+ Signal|3|
|N/A|**WHITE**|- Signal|4|
|N/A|**BLUE**|Shunt Cal En|5|
|N/A|–|–|6|
|N/A|–|–|7|
|N/A|**BROWN/**<br>**SHIELD***|Case|8|



   - _Shield not connected to Connector Sensor Side or Transducer._ 

- _** No connection for transducer Pins E & F._ 

**4** 



## Links

- [View this product on Novapart](https://novapart.co/products/IN-UVI/signal-converter-current-voltage-1-channels-32-vdc)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/omega/in-uvi/signal-conv-current-volt-current/dp/3805915)
---

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