Bently 3500-32/3500-33 large card relay module

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Brand	Bently
Type	4 – Channel Relay Module
Input Voltage	Options may include 24 Vdc, 120 Vac, 220 Vac; check product details for the exact range

Categories: BENTLY NEVADA

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Description

Bently 3500-32/3500-33 large card relay module

3500-32

This module serves as a linchpin in applications where precise control and reliable switching are non – negotiable within industrial automation systems. Be it in a large – scale power generation plant, a complex chemical manufacturing facility, or a high – speed manufacturing line, the Bently 3500 – 32 integrates seamlessly into the broader industrial control ecosystem. It acts as a crucial bridge, enabling effective control and rapid response to diverse operational conditions. By relaying signals based on input from various sensors and monitoring modules, it ensures that industrial processes run smoothly and safely.

Label	Specification
Model Number	3500 – 32
Brand	Bently
Type	4 – Channel Relay Module
Input Voltage	Options may include 24 Vdc, 120 Vac, 220 Vac; check product details for the exact range
Operating Temp	– 40 °C to + 85 °C
Communication Method	Interfaces with other 3500 system modules via internal bus communication; some versions might support external protocols like Modbus for broader system integration
Mounting	Installed in the 3500 series racks, usually adjacent to relevant modules
Weight	[Specify weight value if available, e.g., 1.5 kg]
Certifications	Complies with international standards for industrial use, covering electrical safety and electromagnetic compatibility
Dimensions	[Provide dimensions in mm, e.g., 100 mm x 150 mm x 50 mm]
IP Rating	May have an IP rating such as IP20 for protection against dust and limited solid object ingress in typical industrial environments
Protocols Supported	[If applicable, list specific protocols, e.g., in certain configurations, it could support basic digital communication protocols for relay control]
Output Current Capacity per Channel	[Specify value, e.g., 5 A]
Relay Type	Could be solid – state or electromechanical, tailored for industrial applications

3500-32

The Bently 3500 – 32 stands out prominently in real – world industrial environments due to its array of functional strengths and design advantages. Engineered with a focus on speed, it can execute relay switching operations with remarkable rapidity. This quick response time is of utmost importance in scenarios where immediate control actions can prevent equipment damage or process disruptions. Its resilience is equally impressive, constructed to endure the harsh conditions often encountered in industrial settings. Whether it’s the high – temperature and high – humidity environment of a paper mill or the dusty and vibrating conditions of a mining site, the Bently 3500 – 32 maintains its integrity and performance.

Operators reap the benefits of its excellent interoperability. The module is designed to work in harmony with other components of the Bently 3500 monitoring system, as well as with a wide range of external sensors and control devices. This compatibility allows for seamless integration into existing industrial control systems, minimizing the need for complex and costly re – engineering. Each of the four independent relay output channels can be programmed individually, offering the flexibility to perform specific logical operations and control tasks according to the unique requirements of different industrial processes.

3500-32

The Bently 3500 – 32 finds extensive application across a diverse range of industries. In the power generation industry, it plays a crucial role in monitoring and safeguarding generators and turbines. By integrating with vibration sensors, temperature monitors, and other critical sensors, the Bently 3500 – 32 can receive alarm inputs and trigger appropriate relay actions. For instance, if a turbine’s vibration levels exceed a pre – set threshold, the module can be programmed to send signals to shut down the turbine or activate auxiliary cooling systems, thus enhancing the reliability and safety of power generation.

In the manufacturing sector, especially in automotive or electronics manufacturing plants, the Bently 3500 – 32 is used to control the operation of robotic arms and conveyor belts. It can be configured to respond to sensor inputs related to product quality, position, or production rate. If a sensor detects a misaligned product on a conveyor belt, the module can relay signals to stop the conveyor or adjust the robotic arm’s movement, ensuring smooth and error – free production processes. Such applications vividly demonstrate how the Bently 3500 – 32 contributes to enhancing process reliability and overall productivity in industrial automation.