Eaton 1 Channel Zener Barrier, Switch/Proximity Detector Interface, NAMUR Sensor, Switch Input, Relay Output, ATEX
Technical Document
Specifications
Brand
EatonNumber of Channels
1
Module Type
Switch/Proximity Detector Interface
Barrier Type
Galvanic Barrier
Output Signal Type
Relay
Maximum Voltage
10.5V
Hazardous Area Certification
ATEX
Input Signal Type
NAMUR Sensor, Switch
Minimum Operating Temperature
-20°C
Maximum Operating Temperature
+60°C
Maximum Current
14mA
Supply Voltage
20 → 35V dc
Safety Current Maximum
14mA
Safety Voltage Maximum
10.5 V
Series
MTL5500
Operating Temperature Range
-20 → +60°C
Country of Origin
United Kingdom
Product details
Intrinsic Safety Interface Units - Eaton MTL 5500 Series
The MTL5500 Series is the latest generation of MTL intrinsic safety isolators designed to meet the needs of the intrinsic safety (IS) interface market for application focussed projects, from single instrument loops to fully equipped cabinets. Incorporating advanced circuit design and innovative isolating transformer construction these isolators offer explosion protection and help protect electrical signals in hazardous areas ensuring a safe working environment.
DIN-rail mounting and plug-in signal and power connectors simplify installation and maintenance. These IS units are powered from a 20 to 35 V dc supply voltage, or, in some cases, from the signal itself.
The compact 16mm wide design reduces weight and gives a cost-effective high packing density and reduction in power consumption. A wide range of module options includes both single and multiple channel isolation barrier devices. They build on the success of the MTL5000 series to bring the benefits of galvanic isolators with exceptional design and reliability.,II (I) GD (Ex ia) IIC,IECEx, ATEX (Baseefa) FM, CSA
Features and Benefits
3-Port Isolation
High Packing density - Low power dissipation
Multi-channel I/O modules
Compatible with preceding MTL5000 series
Assessed for Functional safety IEC61508 applications
Required EX numbers and information displayed on the cover where applicable
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€ 363.96
Each (Exc. VAT)
€ 429.47
Each (inc. VAT)
1
€ 363.96
Each (Exc. VAT)
€ 429.47
Each (inc. VAT)
1
Technical Document
Specifications
Brand
EatonNumber of Channels
1
Module Type
Switch/Proximity Detector Interface
Barrier Type
Galvanic Barrier
Output Signal Type
Relay
Maximum Voltage
10.5V
Hazardous Area Certification
ATEX
Input Signal Type
NAMUR Sensor, Switch
Minimum Operating Temperature
-20°C
Maximum Operating Temperature
+60°C
Maximum Current
14mA
Supply Voltage
20 → 35V dc
Safety Current Maximum
14mA
Safety Voltage Maximum
10.5 V
Series
MTL5500
Operating Temperature Range
-20 → +60°C
Country of Origin
United Kingdom
Product details
Intrinsic Safety Interface Units - Eaton MTL 5500 Series
The MTL5500 Series is the latest generation of MTL intrinsic safety isolators designed to meet the needs of the intrinsic safety (IS) interface market for application focussed projects, from single instrument loops to fully equipped cabinets. Incorporating advanced circuit design and innovative isolating transformer construction these isolators offer explosion protection and help protect electrical signals in hazardous areas ensuring a safe working environment.
DIN-rail mounting and plug-in signal and power connectors simplify installation and maintenance. These IS units are powered from a 20 to 35 V dc supply voltage, or, in some cases, from the signal itself.
The compact 16mm wide design reduces weight and gives a cost-effective high packing density and reduction in power consumption. A wide range of module options includes both single and multiple channel isolation barrier devices. They build on the success of the MTL5000 series to bring the benefits of galvanic isolators with exceptional design and reliability.,II (I) GD (Ex ia) IIC,IECEx, ATEX (Baseefa) FM, CSA
Features and Benefits
3-Port Isolation
High Packing density - Low power dissipation
Multi-channel I/O modules
Compatible with preceding MTL5000 series
Assessed for Functional safety IEC61508 applications
Required EX numbers and information displayed on the cover where applicable