PCB Based Membrane Keypad

Product Details

Overview :

PCB Based Membrane Keypad can be used in a manufacturing facility where operators need to enter numerical values or set parameters while wearing gloves, ensuring accurate input even with limited dexterity.

Cost-effective alternative to Fragile HMI.
Ethernet-Based Communication with PLC.
Robust, reliable, and water-resistant.

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Main Key Features are:

Cost-effective alternative to Fragile HMI.
Ethernet-Based Communication with PLC.
Robust, reliable, and water-resistant.

Request a quote

Weight	135 gram
Dimensions	110 x 110 x 42 (mm)
No. of Keys	Upto 17 Keys
No. of LEDs	Upto 37 LEDs
Power Supply range	9-24V
Power Output	10V
Operating Temperature	0-55°C
Communication Supported	TCP, UDP, MQTT, HTTP, S7 communicaiton

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PCB Based Membrane Keypad Application

Packaging Industry

Keypads allow operators to control packaging processes, adjust settings, and manage functions, including selecting and customizing product variants.

Texttile Machines

Keypads integrate with weaving and knitting machines to control fabric patterns, thread tension, stitch density, and machine speed, enabling real-time adjustments.

Chemical Industry

Keypads enable remote operation of chemical processes, improving safety by reducing direct exposure. They help monitor and adjust reactions, and control access to sensitive areas.

Food and Beverages Industry

Keypads control machinery, adjust settings, input data, and manage processes. They are used in CNC machines and assembly lines for seamless operations.

Construction and Heavy Machinery

Keypads control crane, excavator, and bulldozer functions, and integrate into vehicle dashboards for efficient gear shifting and safety.

Tyre Manufacturing Industry

Keypads in tire curing presses set profiles, adjust settings, and monitor cycles, while in testing, they manage parameters and record results.

Bottle Filling Industry

The keypad-machine interface enables precise adjustments, stores multiple recipes, and allows easy switching between liquids and bottle sizes, ensuring accurate, spill-free filling.

Frequently Asked Questions

Industrial IoT Gateways are rugged by design and intended for critical systems and industrial environments where sensor nodes or I/O devices are utilised to obtain data. IoT Gateways can be configured with a range of different protocols which allows them to communicate with these end sensors nodes or I/O devices.

An IoT gateway is a centralized hub that connects IoT devices and sensors to cloud-based computing and data processing. Modern IoT gateways often allow bidirectional data flow between the cloud and IoT devices.

The most notable difference is that while IoT primarily focuses on consumer usage and improving life quality, IIoT (INdustrial IoT) is centered around industrial applications, aiming to improve efficiency and productivity in industrial settings.

Industrial IoT gateways connect and collect data from industrial machines and IoT devices, and then forward it to the cloud or data centers for processing. They can be used in many industries, including: Energy, Oil and gases, factory automation, R&D labs etc..

IoT technologies enable companies to monitor equipment performance and predict potential failures, reducing downtime and maintenance costs. Enhanced process optimization: IoT-powered automation systems allow for greater control and adaptability in production processes, leading to increased efficiency and output.

It depends on Qty and installation setup. Please get in touch with us to know the ideal cost as per your requirement.