MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE

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MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE Specification

Insulation Material
High-Density Insulation Polymer

Connector Type
Bus Plug-In Connector

IP Rating
IP20

Operating Temperature
0C to 60C

Feature
Hot Swappable, High-Speed Data Transmission

Surface Finish
Matte

Efficiency
98%

Power Factor
0.98

Shape
Rectangular

Humidity %
10% 90% RH (Non-Condensing)

Mounting Type
DIN Rail

Overheating Protection
Integrated Thermal Cutoff

Product Type
Bus Adapter Module

Application
Industrial Automation Systems, Printing Machines

Protection Level
Short Circuit & Overvoltage Protection

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Digital Signal

Color
Grey/Black

Dimension (L*W*H)
120mm x 30mm x 65mm

Weight
150g

Input Voltage
24V DC

Phase
Three Phase

Size
Standard Module Size

No Of Poles
3

Connection Type
Screw Terminal

Material
Industrial Grade Polymer & Metal Blend

About MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE

Discover a famed solution at a special rate with the MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE, championing reliability and efficiency for Man Roland printing press control systems. Crafted from a lofty industrial grade polymer & metal blend, this maintenance-free module offers hot swappable functionality, high-speed digital bus communication, and comprehensive protection features. Benefit from integrated LED diagnostic indicators and advanced short circuit & overvoltage safeguards. Try now and seize this bargain to elevate your industrial automation systems with robust performance and outstanding signal integrity.

Special Features & Versatile Applications

The MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE is equipped with high-speed data transmission, integrated thermal cutoff for overheating protection, and matte surface finish for durability. Used as a digital communication link in three-phase setups, it supports industrial automation, printing machines, and more. Its hot swappable design ensures minimal downtime, making it an essential component across diverse industrial machinery applications.

Packaging, Sample Policy & Supply Ability

We accommodate export market demands with secure packaging that preserves module integrity during transit. Samples are available upon estimate approval and formal purchase order. Each order reflects our supply ability and commitment to prompt deliveries, designed to meet varying client requirements, both domestically and internationally. Our streamlined process eases procurement while supporting high-volume needs for industrial and printing equipment integration.

FAQs of MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE:

Q: How does the MAN ROLAND IPS.BA-3C 16.86958-0051 BUS ADAPTER MODULE improve industrial automation performance?

A: It enhances performance through high-speed data transmission, integrated diagnostics via LED indicators, and robust protection against short circuits and overvoltage, ensuring reliable communication in industrial automation systems.

Q: What equipment is compatible with the IPS.BA-3C 16.86958-0051 module?

A: This bus adapter module is designed for Man Roland printing press control systems and various industrial automation setups requiring digital bus communication.

Q: Where can this module be mounted for optimal use?

A: The module is designed for standard DIN rail mounting, facilitating secure installation in industrial control panels and printing machine enclosures.

Q: What is involved in the purchase process for export markets?

A: Clients can request samples based on their estimates. Once a purchase order is placed, we rigorously package the modules for export and deliver them in line with our supply capacity.

Q: When should I consider using this module in my printing machines?

A: Utilize this module when needing reliable, maintenance-free digital communication and control, especially if hot-swappable features and high-speed data transfer are required in your printing systems.

Q: How does the integrated overheating protection benefit users?

A: The integrated thermal cutoff prevents overheating, safeguarding both the module and connected equipment, thereby reducing downtime and maintenance needs.

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