Screw-in transmitter G1/2 " M12 connector 0-10 V

The precise Pt1000 screw-in transmitter reliably measures temperatures in pipes and vessels. With the screw-in thread you can insert it safely and easily into the process. It is connected via an M12 connector. The output provides a standardized 0-10 mA output signal. This allows measured values to be transmitted error-free even over long distances. You can select the length of the protection sleeve. Accessories such as immersion sleeves, compression fittings and connection cables are available in our online store.

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	Data sheet Screw-in transmitter G1/2 " M12 connector 0-10 V
	Instruction manual Screw-in transmitter G1/2 " M12 connector 0-10 V
	Operating instruction Screw-in transmitter G1/2 " M12 connector 0-10 V
	Declaration of Conformity Screw-in transmitter G1/2 " M12 connector 0-10 V

Screw-in transmitter - Special features
Inputs and outputs					Input: Pt1000 resistance sensor, permanently installed Output: 0 to 10 V
Accuracy & Long-term stability					Accuracy: high measuring accuracy Long-term stability: long service life with flexible application possibilities
Design					compact, robust, vibration and shock resistant design
Parametrization					pressure resistant up to screw cap insertion in the process
Alarm function					Sensor break monitoring Sensor short-circuit monitoring Measuring range monitoring
Screw-in transmitter - Measuring element
Measuring element		Norm			Configurable measuring range						Accuracy
Pt1000		IEC 60751			-200 °C to +850 °C | -328 °F to +1562 °F						±0.5 °C - 1 °C over the entire measuring range
Connection type					2-wire (permanently installed)
Screw-in transmitter - Output
Output type					analog, temperature linear for RTD
Output signal					0 to 10 V
Parametrization / Scaling					Configurable via DIP-Switch
Resolution					16 bit dac
Measurment accuracy (°C)					0,1
Load					500 Ω at 24 VDC
Connection type					2-wire and 3-wire
Screw-in transmitter - Time response
Closing time					~150 - 300
Heating period					The specified accuracy is reached after max. 4 minutes
Signal attenuation					0 – 30
Measuring cycle (s)					<0,25 ( < 4 Hz )
Response time					Depending on sensor type
Screw-in transmitter - Sensor monitoring & sensor error
Sensor failure effects					according to NAMUR NE43
Screw-in transmitter - Alarms
Sensor error					0 - 10 V
Sensor Status					11 V
Sensor short circuit					11 V
Screw-in transmitter - Measured values outside the measuring range
Sensor Status					0 - 10 V
Min. measured value					0,5 V
Max. measured value					10 V
Underrange					0 V
Overrange					10,5 V
Screw-in transmitter - Accuracy and stability
Cold junction compensation
Cold Junction Compensation					±0,3 – 0,5 °C (NTC 5K)
Temperature influence					±0,01 °C per °C
Influence of the sensor cable
RTD and resistance (2-wire)					Negligible
Further data
Supply voltage influence					Within specified limits
Screw-in transmitter - Type
Dimensions (mm)					See drawing
Material | Flammability					Stainless steel 1.4404 | 316L
Mounting					via process connection
Connection					M12
Weight (g)					0							All dimensions in mm
Screw-in transmitter - Protection sleeve
Material					Stainless steel 1.4404 | 316L
Diameter (mm)					6
Mounting length (mm)					50
Screw-in transmitter - General data
Isolation					none
Supply Voltage (VDC)					12 to 36, polarity protected
Screw-in transmitter - Ambient conditions
Ambient Temperatur					Storage: -30 °C to +70 °C | -22 °F to +158 °C | Operating: -50 °C to +150 °C | -58 °F to +302 °F
Humidity					0 to 98 (non-condensing)
Protection					IP65
Screw-in transmitter - EMC
Standard					Directive: 2014/30/EU | Harmonized standards: EN 61326-1:2013
Screw-in transmitter - Factory configuration
Input					Pt1000 fixed
Scaling					0 °C to +100 °C
Output					0 - 10 V
Screw-in transmitter - Mounting
Measurement errors can occur due to heat dissipation to the environment. To keep these as small as possible, we recommend immersing the protection sleeve of your temperature probe as deeply as possible in the medium to be measured during installation. The optimum installation depth should be 10-15 times the Ø of the protection sleeve. Please make sure that you have sufficient space so that you can remove the probe again if necessary.
Mounting by using an immersion sleeve (4): Please make sure that the Ø and the length of the immersion sleeve are chosen according to the installation situation, so that the minimum immersion depth can be reached. Since the probe is not inserted directly into the medium, but via the immersion sleeve, the response times are somewhat slower. The probe should be selected in such a way that the protection sleeve touches the bottom of the immersion sleeve and that the air cushion around the protection sleeve is as small as possible. The use of thermal conduction paste can improve the response times.