Honeywell 131524A , Inc. Capillary Holder Assembly, 8-3/8 in. long, duct insertion

CAPILLARY HOLDER FOR FAST RESPONSE

Keep your finger on the sensor with a capillary holder made specifically for fast response. With a 1 mm diameter tip and 100 mm x 400 mm stainless steel carrier, this holder keeps the sensor away from the test sample to prevent contamination, enhancing your system's accuracy.

This capillary holder has been designed to work with the fast response time of the 131524A sensor. This sensor system is designed for applications in which a wide temperature range over short times must be measured accurately. This fast response time provides faster setup and takedown time for production areas and machine tools.

Capillary holder assembly, 8-3/8", fast response heating element. Pull the wire out of end hole, light tip with match or lighter. To use as detector to check fire extinguisher supply lines, etc., see related items below.

Our Capillary Holder Assembly, #131524-A is used on some Honeywell gas and liquid filled tube thermometers. It measures 8-3/8" long and has to be "wired" into the gas or liquid filled tube. It is used for fast response instruments with a low mass flow rate.

The Honeywell 131524A capillary holder is designed for quick response and long life with replacement factor of 0.0006 per inch. It can be used with either intermittent or continuous temperature scanning and has a durability of at least 5000 sweeps when used with a 0-5 ma seal current."

For fast response, select the 8-3/8 in. Long Capillary Holder Assembly with duct insertion for Honeywell air monitors that offer time-delay and one-hour reset (see table below). The capillary holder assembly includes a holder assembly, two clamps, a filter, and a cover plate.

Create a clean lab testing environment with this capillary holder from Honeywell Aerosol Products. Field-proven to deliver consistently high performance, this capillary holder is made for applications that need fast response collection sampling. The holder uses CapaDock technology to attach a disposable sample cartridge filled with sorbent for the capture of oil-based particulates in an air stream.