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RTD's Averaging 24' Bell Box
Supplier #: A/1K-2W-A-24'-BB
1000 Ohms @ 32 degrees F ( platinum RTD sensing element) with a 0.00385 temperature coefficient. This metal bell box averaging configuration has a continuous filament sensing element that provides an averaged output based on the copper capillary length ordered. The enclosure has a NEMA 3R rating and is designed for wet environments.
RTD's Averaging 50' Bell Box
Supplier #: A/1K-2W-A-50'-BB
1000 Ohms @ 32 degrees F ( platinum RTD sensing element) with a 0.00385 temperature coefficient. This metal bell box averaging configuration has a continuous filament sensing element that provides an averaged output based on the copper capillary length ordered. The enclosure has a NEMA 3R rating and is designed for wet environments.
RTD's Averaging 8' Bell Box
Supplier #: A/1K-2W-A-8'-BB
1000 Ohms @ 32 degrees F ( platinum RTD sensing element) with a 0.00385 temperature coefficient. This metal bell box averaging configuration has a continuous filament sensing element that provides an averaged output based on the copper capillary length ordered. The enclosure has a NEMA 3R rating and is designed for wet environments.
RTD's Duct 18" Bell Box
Supplier #: "A/1K-2W-D-18""-BB"
1000 Ohms @ 32 degrees F (2 wire, platinum RTD sensing element) with a 0.00385 temperature coefficient. The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments.
ACI duct temperature sensors are designed for HVAC, Building Automation, and light industrial systems. Specific applications include: zone control, air handling units, and temperature monitoring.
RTD's Duct 4" Bell Box
Supplier #: "A/1K-2W-D-4""-BB"
1000 Ohms @ 32 degrees F (2 wire, platinum RTD sensing element) with a 0.00385 temperature coefficient. The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments.
ACI duct temperature sensors are designed for HVAC, Building Automation, and light industrial systems. Specific applications include: zone control, air handling units, and temperature monitoring.
RTD's Duct 6" Bell Box
Supplier #: "A/1K-2W-D-6""-BB"
1000 Ohms @ 32 degrees F (2 wire, platinum RTD sensing element) with a 0.00385 temperature coefficient. The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments.
ACI duct temperature sensors are designed for HVAC, Building Automation, and light industrial systems. Specific applications include: zone control, air handling units, and temperature monitoring.
Thermistor Flexible Averaging 8' Bell Bo
Supplier #: A/20K-FA-8'-BB
The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments. The cable assembly houses sensing elements which are wired in a series/parallel configuration to provide an averaged output. 20K Ohms @ 77 °F (25 °C) Thermistor
Thermistor Flexible Averaging 12' Bell B
Supplier #: A/2252-FA-12'-BB
The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments. The cable assembly houses sensing elements which are wired in a series/parallel configuration to provide an averaged output. 2252 Ohms @ 77 °F (25 °C)
Thermistor Immersion with Well 2.5" Bell
Supplier #: "A/2252-I-2.5""-BB"
2252 Ohms @ 77°F (25 °C) Thermistor
The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments. This unit also includes a two-piece 304 stainless steel thermowell which has male 1/2 inch NPT threads. The wells are milled to tight tolerances so there is maximum temperature transfer and this eliminates the need for thermal grease. The sensing element is double encapsulated to avoid sensor failures caused by moisture infiltration.
Thermistor Immersion with Well 4" Bell B
Supplier #: "A/2252-I-4""-BB"
2252 Ohms @ 77°F (25 °C) Thermistor
The metal bell box (BB) configuration has a NEMA 3R rating and is designed for wet environments. This unit also includes a two-piece 304 stainless steel thermowell which has male 1/2 inch NPT threads. The wells are milled to tight tolerances so there is maximum temperature transfer and this eliminates the need for thermal grease. The sensing element is double encapsulated to avoid sensor failures caused by moisture infiltration.