A/1K-2W-D-8"-PB | RTD 1000 ohm (2 wire) | Duct Temperature Sensor | Sensor Length: 8 inch | Plastic Box Plain Housing Enclosure Box | ACI
Documents and manuals
ACI A/1K-2W-D-8"-PB Documents
Overview
Details for A/1K-2W-D-8"-PB
A/1K-2W-D-8"-PB | RTD 1000 ohm (2 wire) | Duct Temperature Sensor | Sensor Length: 8 inch | Plastic Box Plain Housing Enclosure Box
The ACI Platinum Duct Series features a stainless steel probe with Etched Teon colored lead wires to dierentiate the dierent sensor types. The three-wire -3W option should be ordered when using with a 3-Wire temperature transmitter or sensor conguration on your building management system or PLC (Programmable Logic Controller). The purpose of the 3rd wire is to compensate for external lead wire resistance that will aect the accuracy of your sensor output. ACI recommends the use of an 18 AWG lead wires to reduce the external lead wire resistance when using a Platinum RTD. The sensors are manufactured using ACIs proven double encapsulation process to eliminate the eects of moisture on the sensors and to increase response times using our high quality, thermally conductive epoxy. The duct style sensor is a single point sensor designed to be used in smaller duct applications and includes an insulation pad for sealing the duct and dampening vibration. The sensor length should be determined by the width or diameter of your duct, such that the tip of the probe is in the approximate center of the duct. Standard enclosure options include the -GD Galvanized or -PB plastic enclosure with hinged cover. On larger ducts, our Rigid or Bendable Copper Averaging sensor may oer better coverage based upon the size of your duct system and sensor location. Optional NEMA/IP rated weather proof enclosures and NIST Certicates are available as referenced in the ordering grid.
Specifications
Item Number | A/1K-2W-D-8"-PB |
Brand | ACI |
Element Type | 1000 ohm (2 wire) |
Sensing Element | RTD |
Sensor Configuration | Duct |
Sensor Housing | Plastic Box |
Sensor Length | 8 inch |
Sensor | Temperature |