A/1.8K-IM-4″-4X
1,800 Ohm Thermistor, Immersion, Machined Well, 4", NEMA 4X...
A/AN-R2S-232-A12-C5
10,000 Ohm Thermistor (Type III), Room (R2), Setpoint 0 to 400 Ohms, Comm Stereo Jack (3.5mm), Cool/Warm...
TUCH2-ANF11HB0XX-210XXXXXX
Microprocessor Based Sensor (RH & Temp) LCD, RH2%:0-10V, 10,000 Ohm Thermistor (Type III), Deg F,...
TUC2-16-C1-1A-G0-C-X-X-X
Microprocessor Based Sensor (Temp) LCD, 4-20mA, Deg C,...
A/DLP-2K5-P-U-N-A-1-A-0P-S
Differential Low Pressure, 2500 Pascals, Unidirectional, No Display, 0.50% Accuracy, w/ Pitot Tube, 4-20mA Output, No NIST,...
A/1K-NI-IM-1″-PB
1,000 Ohm Nickel RTD, Immersion, Machined Well, 1.25", Plastic...
A/CP-RS-LCD-F-A08-C5
10,000 Ohm Thermistor (Type II), Room (R), Setpoint 1K to 11K Ohms, LCD, Cool/Warm, Deg...
A/AN-RS-232-A03-C5
10,000 Ohm Thermistor (Type III), Room (R), Setpoint 0 to 10K Ohms, Override, Cool/Warm Sticker, Comm Stereo Jack...
A/CP-R2S-A08-C5
10,000 Ohm Thermistor (Type II), Room (R2), Setpoint 1K to 11K Ohms, Cool/Warm...
A/RH3-CP-R2SO-A04-C5
Relative Humidity, RH Outputs: 0-5, 0-10 VDC & 4-20mA (Default), Room (R2), ± 3% Accuracy, 10,000 Ohm Thermistor (Type II), Setpoint 1051.1 to...
A/AN-RSO-RJ6-LCD-F-A01-C5
10,000 Ohm Thermistor (Type III), Room (R), Setpoint 0 to 100K Ohms, Override, Comm Jack (6 Pin/6 Conductor), LCD, Cool/Warm...
A/20K-R2S-A02-B4
20,000 Ohm Thermistor, Room (R2), Setpoint 0 to 10K Ohms, 55-85...
A/10K-E1-PO-4″
10,000 Ohm Thermistor (E1), Duct, Probe Only,...
A/CP-R2SO-232-A11-G5
10,000 Ohm Thermistor (Type II), Room (R2), Setpoint 2.05K to 3.05K Ohms, Override, Blue/Red Sticker, Comm Stereo Jack...
A/AN-RS-A09-C5
10,000 Ohm Thermistor (Type III), Room (R), Setpoint 0 to 2K Ohms, Cool/Warm...
TUCH2-CPF11FZTSX-210XXXXXX
Microprocessor Based Sensor (RH & Temp) LCD, RH2%:0-10V, 10,000 Ohm Thermistor (Type II), Deg F, Setpoint,...
A/10KS-IM-1″-GD
10,000 Ohm Thermistor, Immersion, Machined Well, 1.25", Galvanized...
A/TTM100-IM-4″-4-BB
Transmitter w/ 100 Ohm RTD (NIST Cert), Immersion, Machined Well, 4", NEMA 3R Enclosure, 4-20mA...