Safety Mats
Your Safety - Our Priority
What is a Safety Mat Switch?
In the realm of factory automation, robots and numerical control systems have become integral in industrial settings.
As smaller machines gain prevalence, there is a notable improvement in worker safety. However, with the expanding risk areas within factories, a proactive safety device has emerged with the primary aim of preventing accidents and enhancing worker safety. This device is known as the safety mat switch.
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The safety mat switch operates by detecting pressure applied to the countless contact points on both the upper and lower layers of the mat. When pressure is applied, it triggers the so-called "A" contact point. Importantly, it also operates similarly to the "B" contact point, which remains unmonitored.
This design ensures that any liquids present can be swiftly drained away, guaranteeing comprehensive safety. You can rely on this safety mat switch to bolster workplace safety.
Industrial Robot Safety Mat Switch
The AMS Series Safety Mat by Anhyup Electronics Co., Ltd. is a pressure sensor engineered to check for the presence ofindividuals or objects on its sensing surface.
This device serves as a force-sensing protective mechanism. It operates by detectingpressure when two conductive sheets are pressed together and is available in standard-sized mats as well as customizablevariants.
If you require a product with a compact form, you have the option to select the border (aluminum guide) and adedicated controller.
Applications
Custom-Made
Safety Mats Tailored to Your Requirements
We offer safety mats designedto meet your exactspecifications,accommodating any size andshape to suit a wide range ofapplications.
• Injection Moulding Machines
• Lifters and various logisticsdevices
• Automotive production andassembly lines
• Around press machines
• Around conveyor lines
• Automotive welding line
• Around automotive machine tools
• Applicable to automatic doors or off-limits areas at hazardouswork sites, etc.
Mat Controllers
AMC Series Mat Controller Features
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8-bit MCU, 128Kbytes in System
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Mat switch 8 circuit monitoring and control
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Output contact NC 2ea, auxiliary contact NC2ea, NO 1ea)
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Built-in safety circuit (disconnection detectioncircuit)
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Failure monitoring circuit (output relay weldingmonitoring circuit)
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Mat S/W invalidation function with conversionswitch
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Indication of operation status anddisconnection using two-coluor LED
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Connect up to 8 safety mats, individual dipswitches for select or isolate
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Continuous injection and monitoring of 8(multiple) mats
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Output monitoring circuit configuration
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Response time 250ms or less
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AUTO start/manual start function
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8 mat input circuits, 1 output circuit
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Terminal block is detachable
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Power consumption DC24 V@ 1A (Max)
AH-MC Mat Controller Features
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8-Bit MCU, 16 KBytes in System
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Monitoring and control of 4 mat switches
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Output contacts: NC, NO (with additional auxiliary contact configuration)
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Integrated safety circuit (disconnection detection circuit)
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Monitoring circuit for detecting failures (outputrelay fusion monitoring circuit)
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Mat switch invalidation function with switch conversion
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Display of operational status and disconnection using a two-colour LED
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Connect up to 4 safety mats, individual dip switches for select or isolate
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Configuration with output monitoring circuit
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Response time of 200mS or less
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AUTO start/manual start function
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4 input circuits for mats, 1 output circuit
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Power consumption: DC 24 V at 1A (maximum)
Surface material Oil-resistant NBR rubber plate with NON-SLIP structure
Support Oil-resistant NBR rubber sheet
Internal Charging insulator Polyurethane foam sponge
Contact Interval 7mm
Color Surface (gray), bottom (black)
Durable Life 200,000 + Contact Times
Insulation Resistance Initial 5MΩ or more
Contact Resistance 0.1Ω
Temperature Range 1℃~50℃
Mat Allowable Current 10mA or less
Thickness 13mm
