NANMAC's F11-40 is a basic, non-isolated, easy-to-use 2-wire transmitter for in-head mounting in DIN B and similar heads. Reduced height simplifies mounting in low profile connection heads.

Needing no external power supply other than your LOOP Power, the F11-40 can be used for 3 or 4 wire RTD's, as well as thermocouple types B, C (W5), E, J, K, N, R, S, and T.

RTD inputs can be any of the following standardized RTD’s such as Pt100, Pt500 and Pt1000 according to IEC 60751 (a=0.00385), Pt100 to JIS C 1604 (a=0.003916) and (a=0.003902) as well as Ni100 and Ni1000 to DIN 43760.

Thermocouple input Cold Junction Compensation (CJC) is fully automatic by means of an accurate measurement of the terminal temperature. Alternatively, the CJC can be disabled upon request (see User Specified Information below).

Also available are headmount enclosures with digital displays. See either the F11-LCD (regular duty) or F11-LCD-SP (heavy duty, NEMA rated) headmount displays for more information.

Click here for DIN Rail mount version of this transmitter.

Special note: This non-isolated device should not be used in situations where multiple, grounded junction thermocouple signals are input into each their own transmitter, then all signals are input into the same data acquisition system. Contact the factory for these situations.

Part Number: F11-40
Price: $ 89.00

User Specified information (programmed by NANMAC)
1) Input sensor type
2) Cold junction (Tc only, default is 32°F / 0 °C)
3) Temperature scale °F or °C
4) Temperature range (see Temperature ranges & specifications below)
5) Sensor break protection: upscale or downscale

Feel free to contact the factory with any questions

Temperature output
Fully temperature linear 4-20 mA output for RTD’s and thermocouples.

Accuracy
Linearity RTD ±0.1 % 1) T/C ±0.2 % 1) Calibration RTD Max. of ±0.2 °C/ ±0.4 °F or ±0.1 % 1)

Mounting and wiring
F11-40 is designed to mount inside connection heads type DIN B or larger. The large center hole (0.28 inch / 7mm), the robust terminals and the low height simplify the mounting and wiring procedure.

Maximum sensor wire resistance is 500 Ohms (total loop). The device can accept single or stranded wires, maximum size of 16 AWG.

Designed for harsh conditions, this rugged device is tested for 5 g vibrations.

Monitoring
Sensor failure monitoring Upscale or downscale action (user specified)

Zero adjustment:
All inputs - any value within sensor limits (user specified) Minimum spans: RTDs - 18 °F / 10 °C, thermocouples - 2 mV

Output
Analog 4-20 mA, temperature linear Resolution 5 µA

Minimum output signal
Measurement/Failure 3.8 mA / 3.5 mA

Maximum output signal
Measurement/Failure 20.5 mA / 21.6 mA

Operating temperature
Ambient, storage and operation -40 to +185 °F / -40 to +85 °C

Dimensions
Diameter - 1.73 inch (44 mm)
Height - 0.75 inch (~19 mm)
Mounting holes - (2) 1.3 inch (33 mm) on center, 0.165 inch (~4.2 mm) thru hole
Center hole - 0.28 inch (7 mm) I.D.

General data
Update time ~ 1.5 second
Isolation In - Out Non-isolated
Humidity - 0 to 100 % RH
Power supply, polarity protected
Supply voltage 8 to 36 VDC 2-wire
Permissible ripple 4 V p-p @ 50/60 Hz
Pt10- Pt1000 Sensor current ~ 0.4 mA

Temperature ranges & Specifications &
NOTE: By default, these devices are scaled to the limitations of the RTD or thermocouple type selected, though they may be scaled to a user defined span. Example: Type T thermocouple has a calibrated range of (-)300 to 700 Deg F. The transmitter may be scaled to 100 to 500 Deg F upon user request. This means that the device will have a 4mA output at 100 Deg F and a 20mA output at 500 Deg.F The minimum span in any case is 100 units (Deg. F or C)ec

Thermocouple ranges
According to the thermocouple range
Types: B, C (W5), E, J, K, N, R, S, and T.

RTD Ranges (3 or 4 wire connection)
Pt100 (IEC60751, a = 0.00385)
-200 to +1000 °C / -328 to +1832 °F

Pt 100 (JIS1604, a = 0.003916)
-200 to +1000 °C / -328 to +1832 °F

Pt 100 (US, a = 0.003902)
-200 to +1000 °C / -328 to +1832 °F

Pt 1000 (IEC60751, a = 0.00385)
-200 to +200 °C / -328 to +392 °F

Ni 100 (DIN 43760)
-60 to +250 °C / -76 to +482 °F

Ni 1000 (DIN 43760)
-100 to +150 °C / -148 to +302 °F