Carrier HK05SZ003 TRANSDUCER TRANSDUCER

TRANSDUCER

Hong Kong's #1 choice of air conditioning, heating & appliance professionals. Carrier HK05SZ003 TRANSDUCER has won a Hong Kong Product Design Award in 2013 for innovation and excellence.

The Carrier HK05SZ003 0-5 PSI TRANSDUCER is a transducer that is used with the Carrier 2-Wire Series and some 3-wire systems. It will transmit a pressure reading of 0 up to 5 PSI. The Carrier HK05SZ003 TRANSDUCER is compatible with the following models:

A switch for the first time. This unique transducer can be used to transfer millimeter waves, infrared light and ultrasonic waves for measuring and controlling the distance and angle. It is applicable in the fields of remote sensing, industrial automation, military command control and nursing care etc.

The HK05SZ003 transducer is designed to work exclusively with the Spectrum 3.0 GPS Navigator/Depth Finder. The integral transducer will convert standard CHIRP sonar signals to a format understood by the Navigator/Depth Finder so it can display true CHIRP sonar readings on the LCD screen in addition to depth measurements in feet on the LCD display and through its built-in speaker.

Carrier HK05SZ003 Carrier Heat Pump Transducer. - White, Broan-nutone Hb4/827 - Bn1825w This part is designed and engineered to meet the performance demands of a Haier branded product or appliance product. Any reference to brand name or model designation for an appliance is intended to indicate that the product may also be used in certain Haier branded products.

The Carrier Transducer fits some Carrier, Payne, Bryant furnace models manufactured from 1992 to 2008. This carrier transducer is 25 on the number dielectricity and its range is 27 to 32 ohms.

The HK05SZ003 is a conventional ultrasonic transducer that provides 8-bit resolution. With a frequency range from 20 kHz to 180 kHz, these transducers fit in a variety of applications. This particular model is a built-in unit that is mainly used as part of an inspection system or as a stand-alone transmitter.