FLOW SWITCH

FLOW SWITCH Specification

Sensor Type
Mechanical paddle

Operating Temperature
-10C to 80C

Application
Industrial Automation, HVAC, Water Treatment

Signal Type
Mechanical changeover

Power Consumption
Low

Wireless
No

Interface
Lead wires

Mounting Type
Inline

Features
Robust Construction, Easy to install, Corrosion resistant

IP Rating
IP65

Sensitivity
Adjustable

Measurement Range
0.5-20 L/min

Response Time
Quick

Cable Length
1 Metre

Product Type
Flow Switch

Material
Brass Body

Input
1 Inch BSP Threaded

Output
SPDT Switch

Function
Detects and controls fluid flow

Usage
Water, Oil, Gas

Accuracy
High

Resolution
Fine

Voltage
250 VAC

Weight
Approx. 480 gms

Contact Rating
AC 250V 5A

Flow Direction
Unidirectional

Reset Method
Automatic

Maximum Pressure
10 Bar

Switch Type
Micro Switch

Maximum Fluid Temperature
80C

Minimum Fluid Temperature
0C

Installation Orientation
Horizontal

Enclosure Material
Plastic cap

Applicable Fluids
Water, Light Oil, Non-corrosive Liquids

About FLOW SWITCH

Spotlighted for its redoubtable performance and affordable pricing, this premier FLOW SWITCH is engineered for first-rate reliability and efficiency. Designed with a brass body and a robust plastic enclosure, it offers a clearance deal without compromising on quality. Supporting a maximum pressure of 10 Bar and a fine resolution, the micro switch ensures precise detection and control of water, oil, and non-corrosive liquids. Easy to install inline, the automatic reset function and IP65 rating make it ideal for industrial automation, HVAC, and water treatment applications.

Extra Features & Versatile Applications

This FLOW SWITCH boasts a mechanical paddle sensor with adjustable sensitivity, low power consumption, and corrosion-resistant construction. Quick response time ensures reliable performance in demanding processes. Its high accuracy and compatibility with water, light oil, and non-corrosive fluids make it suitable for diverse sectors, including power generation, HVAC systems, water treatment facilities, and broader industrial automation. Easy horizontal installation and robust build support prolonged use in tough environments.

Packing, Sample, and Logistics Details

Each FLOW SWITCH is securely packed to prevent damage during transport, supporting streamlined logistics from manufacturer to end-user. Sample units can be made available upon request for evaluation prior to bulk purchase. Our packing and dispatch team ensures prompt, careful handling and use of reliable transport services to deliver across India. Typical delivery timeframe ranges from 3 to 7 business days, depending on client location and shipping method.

FAQ's of FLOW SWITCH:

Q: How do I install the FLOW SWITCH in my industrial setup?

A: The FLOW SWITCH is designed for inline, horizontal installation using a 1-inch BSP threaded input. Ensure the flow direction matches the switch's unidirectional marking and securely connect the lead wires for signal output.

Q: What types of fluids can this FLOW SWITCH detect and control?

A: This device is compatible with water, light oil, and non-corrosive liquids, making it versatile for a variety of industrial and HVAC applications.

Q: When is a mechanical paddle type flow switch preferable?

A: Mechanical paddle type flow switches are ideal when you need robust construction, mechanical reliability, and the ability to work with various liquids at varying pressures and temperatures in industrial settings.

Q: What are the benefits of the automatic reset feature?

A: The automatic reset method ensures the FLOW SWITCH returns to its operational state after flow is restored, eliminating the need for manual intervention and improving workflow efficiency.

Q: Where is the FLOW SWITCH most commonly used?

A: This model is widely used in industrial automation systems, HVAC installations, water treatment plants, and applications where monitoring and controlling fluid flow is essential.

Q: How does the adjustable sensitivity function improve performance?

A: Adjustable sensitivity allows fine-tuning for the specific viscosity and flow rate of your fluid, providing precise flow detection and reducing the chance of false alarms or missed events.

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