Documents: A/1K-2W-FA-24'-4X
A/1K-2W-FA-24'-4X | RTD 1000 ohm (2 wire) | Flexible Averaging Temperature Sensor | Averaging Wire Length: 24 feet | NEMA 4X Housing Enclosure Box | ACI
1, 000 Ohm (Two Wires) RTD, Flexible Cable Averaging, 24', NEMA 4X Enclosure
Overview Details for A/1K-2W-FA-24'-4X
A/1K-2W-FA-24'-4X | RTD 1000 ohm (2 wire) | Flexible Averaging Temperature Sensor | Averaging Wire Length: 24 feet | NEMA 4X Housing Enclosure Box
The ACI Platinum Flexible Averaging Series features an 18 AWG Plenum rated cable with Etched Teflon colored lead wires to differentiate the sensor types. ACI recommends using 18 AWG lead wires to reduce external lead wire resistance when using a Platinum RTD. All sensors are manufactured with 4 or 9 sensing points determined by the length of the sensor. Averaging sensors provide a better average temperature of the air inside larger ducts when compared to that of a single point sensor. The flexible averaging sensors are limited to applications where operating temperatures are limited and where high humidity, chemical resistance and UV Light Air Treatment Systems arent required. Each of the sensing elements is protected by a dual wall adhesive lined heat shrink tubing to provide a level of moisture protection to the sensing elements. The sensor length should be determined by the dimensional size of your duct. Standard enclosure options include a -GD Galvanized or -PB plastic duct enclosure with hinged cover. Each unit includes nylon wire ties and mounts for mounting. Optional copper capillary or universal plastic mounting clips, NEMA/IP rated enclosures and NIST Certificates are available as referenced in the ordering grid. Applications: Air Handlers, Roof Top Units, Mixed/Discharge or Supply/Return Air Monitoring, Data Centers, Hospitals
Specifications
Item Number | A/1K-2W-FA-24'-4X |
Brand | ACI |
Element Type | 1000 ohm (2 wire) |
Sensing Element | RTD |
Sensor Averaging Wire Length | 24 feet |
Sensor Configuration | Flexible Averaging |
Sensor Housing | NEMA 4X |
Sensor | Temperature |