Watts Rate-of-Flow LFCP14-1

Description
The Model LFCP14-1 is a direct acting, diaphragm actuated Pilot that senses and responds to changes in a differential pressure signal. The differential pressure signal is usually created by an orifice plate located inline either upstream or downstream of the Main Valve. The Pilot has two sensing chambers, one above and one below the diaphragm. The “low” pressure signal is sensed above the diaphragm, and the “high” pressure signal is sensed below the diaphragm. The LFCP14-1 is equipped with one 3/8 in NPT inlet and three outlet ports for ease of installation, and two 1/8 in NPT sensing ports. The 1/8 in sensing port above the diaphragm is used to monitor the “low pressure” differential signal, and the sensing port below the diaphragm is used to monitor the “high pressure” differential signal.
Description
The Model LFCP14-1 is a direct acting, diaphragm actuated Pilot that senses and responds to changes in a differential pressure signal. The differential pressure signal is usually created by an orifice plate located inline either upstream or downstream of the Main Valve. The Pilot has two sensing chambers, one above and one below the diaphragm. The “low” pressure signal is sensed above the diaphragm, and the “high” pressure signal is sensed below the diaphragm. The LFCP14-1 is equipped with one 3/8 in NPT inlet and three outlet ports for ease of installation, and two 1/8 in NPT sensing ports. The 1/8 in sensing port above the diaphragm is used to monitor the “low pressure” differential signal, and the sensing port below the diaphragm is used to monitor the “high pressure” differential signal.

Suppliers

Company
Product
Description
Supplier Links
Rate-of-Flow - LFCP14-1 - Watts
North Andover, MA, USA
Rate-of-Flow
LFCP14-1
Rate-of-Flow LFCP14-1
The Model LFCP14-1 is a direct acting, diaphragm actuated Pilot that senses and responds to changes in a differential pressure signal. The differential pressure signal is usually created by an orifice plate located inline either upstream or downstream of the Main Valve. The Pilot has two sensing chambers, one above and one below the diaphragm. The “low” pressure signal is sensed above the diaphragm, and the “high” pressure signal is sensed below the diaphragm. The LFCP14-1 is equipped with one 3/8 in NPT inlet and three outlet ports for ease of installation, and two 1/8 in NPT sensing ports. The 1/8 in sensing port above the diaphragm is used to monitor the “low pressure” differential signal, and the sensing port below the diaphragm is used to monitor the “high pressure” differential signal.

The Model LFCP14-1 is a direct acting, diaphragm actuated Pilot that senses and responds to changes in a differential pressure signal. The differential pressure signal is usually created by an orifice plate located inline either upstream or downstream of the Main Valve. The Pilot has two sensing chambers, one above and one below the diaphragm. The “low” pressure signal is sensed above the diaphragm, and the “high” pressure signal is sensed below the diaphragm.
The LFCP14-1 is equipped with one 3/8 in NPT inlet and three outlet ports for ease of installation, and two 1/8 in NPT sensing ports. The 1/8 in sensing port above the diaphragm is used to monitor the “low pressure” differential signal, and the sensing port below the diaphragm is used to monitor the “high pressure” differential signal.

Supplier's Site

Technical Specifications

  Watts
Product Category Industrial Valves
Product Number LFCP14-1
Product Name Rate-of-Flow
Valve Size 0.38 inch (9.52 mm)
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