MTL I/O MODULE PROFIBUS DP-V1 BIM 850-B1-DP

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MTL I/O MODULE PROFIBUS DP-V1 BIM 850-B1-DP Specification

Operating Temperature
-20C to +60C

Surface Finish
Matte

Mounting Type
DIN Rail

Efficiency
98%

Feature
DP-V1 Protocol, Hot-swappable, Galvanic Isolation

Connector Type
PROFIBUS 9-pin D-sub

Insulation Material
High-grade Polycarbonate

Humidity %
5-95% RH

IP Rating
IP20

Shape
Rectangular

Overheating Protection
YES

Power Factor
>0.95

Product Type
I/O Module

Application
Industrial Automation, PROFIBUS DP Communication

Protection Level
EMC Protected

Frequency (MHz)
50/60

Rated Voltage
24V DC

Energy Consumption
Max 4W

Output Type
Digital / Analog

Color
Grey

Dimension (L*W*H)
108 x 50 x 20 mm

Weight
230g

Phase
Single

Input Voltage
24V DC

Size
Standard Compact

Connection Type
Screw Terminal

No Of Poles
2

Material
Polycarbonate / Metal

About MTL I/O MODULE PROFIBUS DP-V1 BIM 850-B1-DP

Experience Sizzling performance with the supreme MTL I/O MODULE PROFIBUS DP-V1 BIM 850-B1-DPthe ultimate hot deal for industrial automation. Get seamless connectivity, precision, and reliability, with blue-ribbon 8-channel digital I/O for high-speed PROFIBUS DP-V1 communication. Boasting a blazing baud rate up to 12 Mbps, galvanic isolation (1500V AC), and instant status indication via LEDs, this module fits perfectly with Siemens, ABB, Schneider, and Rockwell systems. Its compact size (108 x 50 x 20 mm), matte finish, and hot-swappable design redefine convenience and performance in harsh environments. Achieve peak efficiency and protection with IP20 rating.

Exclusive Features and Competitive Edge

The BIM 850-B1-DP sets itself apart with hot-swappable capability, galvanic isolation, and advanced DP-V1 protocol support. Its blue-ribbon EMC protection and vibration resistance cater to tough industrial environments. Extra features like diagnostic LEDs, firmware upgrades via PROFIBUS, and robust polycarbonate construction make it a supreme choice. Ideal for applications in industrial automation, the module excels on any DIN rail surface, allowing fast setup in factories, plants, or processing units for superb reliability.

Flexible Payment Terms and Swift Supply

Enjoy the lowest outlay with competitive pricing on the BIM 850-B1-DP. Suppliers offer flexible payment terms, ensuring your investment fits business needs. With swift supply ability ensuring timely shipped orders, you can source through major FOB ports for hassle-free global delivery. Secure this sizzling deal and get blue-ribbon automation hardware at the best price, delivered efficiently for your industrial operations.

FAQs of MTL I/O MODULE PROFIBUS DP-V1 BIM 850-B1-DP:

Q: How does the BIM 850-B1-DP module enhance industrial automation processes?

A: By supporting high-speed PROFIBUS DP-V1, fast response times, and robust isolation, this module ensures real-time data transmission and system protection, optimizing automation workflows.

Q: What are the main extra features of the BIM 850-B1-DP module?

A: It includes hot-swappable capability, DP-V1 protocol support, diagnostic LEDs, galvanic isolation, EMC protection, vibration resistance, firmware upgrades via PROFIBUS, and high-grade insulation materials.

Q: When should I consider using the BIM 850-B1-DP module?

A: Use it in demanding industrial settings where superior communication speed, reliable I/O, and robust protection against EMC, vibration, and overheating are essential.

Q: Where can the module be installed for optimal results?

A: It is designed for easy DIN rail mounting in control panels, modular automation systems, and other centralized industrial setups to maximize space and performance.

Q: What is the process for bus address setting and system integration?

A: Bus address is set via DIP switch, and integration is effortless with popular PLCs like Siemens, ABB, Schneider, and Rockwell Automation through the PROFIBUS DP communication protocol.

Q: How does the module benefit my operation compared to standard I/O modules?

A: Its supreme efficiency, advanced protocol support, enhanced protection, and hot-swapping enable minimal downtime and superior control, driving productivity in demanding industrial environments.

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