TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET

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TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET Specification

Insulation Material
Polycarbonate

IP Rating
IP20

Humidity %
10-95% RH

Shape
Rectangular

Surface Finish
Matte

Overheating Protection
Integrated Thermal Monitoring

Connector Type
5-pin male, DeviceNet

Efficiency
High

Power Factor
0.98

Mounting Type
DIN Rail

Feature
DeviceNet Interface, Diagnostic LEDs, Hot-Swap Capability

Operating Temperature
-25C to +60C

Product Type
Electronic Input Module

Application
Automation Control Systems, Industrial Communication

Protection Level
EMC-compliant, Short-circuit protected

Frequency (MHz)
50/60 Hz

Rated Voltage
24 V DC

Energy Consumption
Max. 4.5 W

Output Type
Digital

Color
Yellow/Black

Dimension (L*W*H)
96 mm x 12.5 mm x 120 mm

Weight
220 g

Input Voltage
24 V DC

Size
Compact

Phase
Single Phase

Material
Polycarbonate housing

No Of Poles
2

Connection Type
Screw Terminals

About TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET

The TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET stands out as a remarkable choice for enterprise-level automation and industrial communication. Its highly recommended by professionals and boasts favorable reviews for its reliable DeviceNet interface, formidable integrated diagnostics, and impressive hot-swap capability. With a compact blue-ribbon design, it features LED status displays, optical and galvanic isolation, and EMC compliance. Its short-circuit and overheating protection add to system safety, making this your last chance for an efficient, robust, and enduring solution for modern control environments.

Plant Application and Usage

The TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET is engineered for robust plant applications within automation control systems. Ideal for industrial communication networks, its formidable LED diagnostics and compact construction enable seamless data acquisition and monitoring. Designed for automation machinery, it offers high input channel capacity and DeviceNet connectivity, supporting both control cabinets and production line installations. This reliable module greatly enhances efficiency and precision in diverse automation processes, making it an indispensable plant solution.

FOB Port, Supply, and Sample Policy

TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET is available via established FOB ports to streamline global handover and distribution. Our ample supply ability supports bulk packaging and consistent shipments to meet domestic market demands. Sample policies cater to clients evaluation needs, ensuring transparency and satisfaction before large-scale orders. The packaging is secure, maintaining product integrity during transport, and domestic markets benefit from prompt logistics and responsive post-handover support.

FAQs of TURCK ELECTRONIC INPUT MODULE BL20-GW-DNET:

Q: How does the TURCK BL20-GW-DNET module enhance industrial automation?

A: The module enables rapid and reliable digital input acquisition with its DeviceNet protocol and up to 8 input channels, supporting real-time monitoring, diagnostics, and hot-swapping for minimized downtime.

Q: What specific features make this input module highly recommended?

A: Its blue-ribbon features include integrated diagnostics, formidable EMC compliance, optical and galvanic isolation, LED status display, short-circuit and overheating protection, ensuring reliable and safe operation in demanding environments.

Q: Where can I use the TURCK BL20-GW-DNET input module?

A: This module is well-suited for automation control systems, industrial communication setups, and machinery requiring robust DeviceNet connectivity and real-time input monitoring.

Q: What is the process for installing the BL20-GW-DNET module?

A: Installation is straightforward: mount the module on a DIN rail, connect via DeviceNet and screw terminals, and power using the removable terminal block. Integrated diagnostic LEDs assist during setup.

Q: What benefit does the hot-swap capability offer?

A: Hot-swap capability allows users to replace or add modules without shutting down the system, enhancing efficiency and reducing costly production interruptions.

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