Products

PHC-22TD-1111

4~20mA input /4~20mA output 2 inputs 2 outputs

Overview

The isolated operating end safety barrier PHC-22TD-1111 is a safety barrier designed specifically for analog input and output.

PHD-11TC-22

RS485 full-duplex input /RS485 full-duplex output

1 input 1 output

Overview

Isolated safety barrier at detection end: PHD-11TC-22, communication signal input, single input and single output.

PHD-22TF-2828

Proximity switch Contact input /Transistor output 2 input 2 output

Overview

Isolated safety barrier at detection side: PHD-22TF-2828, digital input and output, dual input and dual output.

PHD-11TP-23

Frequency 1:1 output (Provided power 24V) 1 input 1 output

Overview

1.Isolated safety barrier at detection end: PHD-11TP-23, frequency input, single input and single output.

PHD-12TT-*11

TC input/ 4-20mA output (configurable) 1 input 2 outputs

Overview

Isolated safety barrier: PHD-12TT-*11, thermocouple signal input, 1 input and 2 outputs .

Overview

PH6404-3A1B is a robust safety relay control module tailored for applications requiring two-wire safety mats inputs. Equipped with three normally open (NO) safety output contacts and one normally closed (NC) auxiliary output contact, this module ensures comprehensive safety coverage.

Offering the flexibility of manual or automatic reset, it caters to diverse operational preferences and requirements. Additionally, its reset button monitoring function enhances operational reliability by providing real-time status monitoring.

Ideal for a range of safety relay applications, PH6404-3A1B stands as a reliable and efficient solution for ensuring workplace safety and compliance.

Overview

PH6002-2A represents a cutting-edge safety relay control module engineered specifically for the isolation and conversion of DI/DO signals within Safety Instrumented Systems (SIS). Featuring two reliable normally open (NO) contacts, it ensures seamless integration and operation within critical safety setups.

Designed with efficiency and convenience in mind, this module boasts reserved terminals that facilitate swift offline Proof Test procedures, streamlining maintenance processes and minimizing downtime.

Internally, the module incorporates advanced Fail-safe technology, triple redundancy technology, and contact fusion protection technology. These innovative features ensure utmost reliability and safety by detecting and mitigating potential failures, safeguarding critical operations in hazardous environments.

PH6002-2A stands as a dependable solution for demanding safety applications, providing peace of mind and compliance assurance to operators and organizations alike.

Overview

A safety relay control module called PH6003-1A is appropriate for SIS systems that use DI/DO signal isolation conversion. It features a single ordinarily open (NO) contact, and a quick offline proof test is made easy by the reserved terminal. The internal circuit uses contact welding protection, triple redundancy, and fail-safe technologies.

2 inputs 2 outputs

Overview

Model: PHG-22TE series

Power supply method: 24VDC

Input channel: dual DC signal input

Output channel: dual DC signal output

Output parameters: Customizable according to customer requirements, with the number "8" indicating customizability. Parameters such as output range and resolution can be set according to customer requirements.

RTD signal input/DC signal output 2 inputs 2 outputs

Overview

Dual input and dual output, RTD signal input, and DC signal output.

The actual measuring range of an RTD can be adjusted by a computer thanks to intelligent programming. "Customizable" is indicated by the number "8" in the "Common models and parameters" section.

2 inputs 2 outputs

Overview

The PHG-22TT series signal isolator is a type of isolator designed specifically for thermocouple signal input and DC signal output, with the characteristics of two inputs and two outputs.

Product overview

Field Instrument Surge Protective Devices is a device used to protect on-site instrument equipment from the impact of surges. In industrial control systems, sudden surges or electromagnetic interference may cause damage or malfunctions to instrument equipment, so the role of surge protectors is very important.

The intrinsically safe explosion-proof certification ensures that these devices can be safely operated in potentially explosive atmospheres, minimizing the risk of ignition and explosion. This certification is crucial for industries such as oil and gas, chemical processing, pharmaceuticals, and others where safety is paramount in hazardous environments.