MINDMAN MEHC series

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MINDMAN MEHC series Specification

Weight
Approx. 10g

Shape
Rectangular

Method
Magnetic Sensing

Accuracy
High Sensing Accuracy

Load Capacity
Switching Current up to 500 mA

Hardness
Standard

Size
20 x 12 x 6 mm (approx.)

Machine Type
Pneumatic Equipment

Type
Magnetic Proximity Switch

Material
Aluminum Alloy, Polycarbonate

Tolerance
0.1 mm

Surface
Anodized

Use
Position Sensing for Pneumatic Cylinders

Application
Automation, Pneumatic Control

Usage & Applications
Detect Cylinder Piston Position

Response Time
<1 ms

Mounting
Clamp Mount

Cable Length
2 meter PVC Cable

IP Rating
IP67

Indicator
LED (Red/Green)

Contact Type
Reed Switch (Normally Open)

Operating Temperature Range
-10°C to +60°C

Model
MEHC Series

Operating Voltage
5-240V AC/DC

Switching Power
10W (max)

About MINDMAN MEHC series

Mehc Series

Robot Unit Price
Mehc-2044929
Mehc-2550356
Controller Code Controllertc100
Power Supply Connectortc100-Con-Pow-00
I/O Cable(1.5M)Tc100-Cab-Iol-1.5
Standard Cabletc100-Cab-Sta-01
Tc100-Cab-Sta-03
Tc100-Cab-Sta-05
Tc100-Cab-Sta-10
Encoder Output Moduletc100-Pcb-Enc-00
Mini Usb Cable For Supporting Softwaretc100-Cab-Pcc-01
Rj45 Cable For Rs485 Connectionstc100-Cab-485-01
Tc100-Cab-485-03
Tc100-Cab-485-05
Tc100-Cab-485-10

Precision Position Sensing for Automation

Engineered for high accuracy detection, the MEHC Series reliably senses the position of pneumatic cylinder pistons. Its magnetic sensing method enables responsiveness under varied operating conditions, crucial for automated pneumatic equipment in industrial settings.

Robust Design Meets Versatile Application

Constructed with an anodized aluminum alloy body and polycarbonate components, the MEHC Series is built to withstand tough environments. Its IP67 rating ensures dust and water resistance, making it suitable for use in factories, workshops, and other industrial automation facilities.

Easy Installation and Reliable Indication

The clamp mounting system, combined with a flexible two-meter PVC cable, simplifies integration into machinery. An LED indicator (red/green) provides instant feedback on switch status, assisting operators with quick troubleshooting and monitoring.

FAQs of MINDMAN MEHC series:

Q: How is the MINDMAN MEHC Series installed on pneumatic cylinders?

A: The MEHC Series uses a clamp mount system for secure attachment to pneumatic cylinders. Its compact rectangular design and flexible two-meter PVC cable simplify installation, making it suitable for various machine types in automation setups.

Q: What environments are suitable for operating the MEHC magnetic proximity switch?

A: Thanks to its anodized aluminum alloy construction and IP67 rating, the MEHC Series can function reliably in dusty, wet, or harsh industrial environments. It is ideal for automation, pneumatic control, and factory applications across India.

Q: When does the LED indicator change color on the MEHC Series?

A: The LED indicator displays red or green based on the switch status. When the magnetic field actuates the reed switch as the piston moves into sensing range, the LED changes to signal activation, assisting immediate status confirmation.

Q: Where is the MEHC Series commonly used in automation systems?

A: The MEHC Series is frequently deployed in automated pneumatic equipment to detect cylinder piston positions, ensuring precise control and feedback for processes such as material handling, assembly, and packaging operations.

Q: What is the process for sensing piston position with the MEHC Series?

A: Position sensing is achieved using a magnetic reed switch that activates when the cylinders piston enters the magnetic field. The device then signals via its contact output and LED indicator, enabling automated machine responses in less than 1 ms.

Q: What are the benefits of using the MINDMAN MEHC Series for position sensing?

A: Key benefits include high sensing accuracy, fast response time (<1 ms), robust environmental protection (IP67), and clear visual indication. These features contribute to reliable automation performance and minimal downtime during operations.

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