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Interface SIEMENS D.C.DRIVE POWER CARD

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Interface SIEMENS D.C.DRIVE POWER CARD Specification

Shape
Rectangular

Feature
Overcurrent and Short-circuit Protection

Efficiency
93%

Insulation Material
Epoxy

Operating Temperature
0C to 70C

Humidity %
Max 85% RH

IP Rating
IP20

Connector Type
Screw Terminal

Mounting Type
Panel Mounted

Power Factor
0.95

Surface Finish
Glossy Solder Mask

Overheating Protection
YES

Product Type
D.C. Drive Power Card

Application
Industrial Automation, Motor Control

Protection Level
PCB Conformal Coating

Frequency (MHz)
50/60 Hz

Rated Voltage
24V DC

Energy Consumption
Low

Output Type
Digital/Analog

Color
Green

Dimension (L*W*H)
160mm x 100mm x 20mm

Weight
Approx. 200 g

Size
Standard

Input Voltage
18V - 28V DC

Phase
Single Phase

Material
High-grade FR4 PCB

No Of Poles
Single

Connection Type
Terminal Block

PCB Thickness
1.6mm

Signal Type
Digital & Analog

Test Voltage
1200V AC

PCB Layers
Double Layer

Compatible Brands
SIEMENS

ESD Protection
Integrated

RoHS Compliance
Yes

Switching Capacity
5A Max

Usage Category
OEM Replacement, Maintenance

Supported Drives
D.C. Siemens Drives

About Interface SIEMENS D.C.DRIVE POWER CARD

Experience commanding performance with the Interface SIEMENS D.C.DRIVE POWER CARD, the finest OEM replacement engineered for SIEMENS D.C. drives. This spectacular power card, crafted from high-grade FR4 PCB, ensures superior durability and precision. RoHS compliant and offering a high test voltage of 1200V AC, it boasts overcurrent, short-circuit, and overheating protection for seamless motor control. Its glossy finish, integrated ESD protection, and 93% efficiency position it as the best price deal with limited stock and favorable reviews in industrial automation. Secure yours today!

Versatile Applications & Outstanding Features

Interface SIEMENS D.C.DRIVE POWER CARD is ideal for a spectrum of industrial automation and motor control applications. Suitable for OEM replacement and maintenance, it supports single-phase D.C. Siemens drives with both digital and analog outputs. Advanced safety features include PCB conformal coating, IP20 rating, overcurrent, and short-circuit protection, making it reliable in demanding environments. Its robust design ensures ease of integration and long service life across diverse manufacturing and processing units.

Leading Export Markets & Reliable Supply

With growing market value, the Interface SIEMENS D.C.DRIVE POWER CARD charges ahead in global demandparticularly across India, the Middle East, and Southeast Asia. Suppliers deliver this product with efficiency and care, supported by RoHS compliance and other quality certifications. The consistent supply ability ensures timely delivery and customer satisfaction, reinforcing trust in every transaction and further enhancing its reputation as a top industrial automation solution.

FAQs of Interface SIEMENS D.C.DRIVE POWER CARD:

Q: How is the SIEMENS D.C.DRIVE POWER CARD installed?

A: The power card is panel mounted using standard screw terminal connections, ensuring secure integration in industrial setups. Follow manufacturer guidelines for optimal installation and safety.

Q: What applications are most suitable for this power card?

A: This power card excels in industrial automation, motor control systems, and OEM replacement scenarios, particularly for single-phase D.C. Siemens drives.

Q: Where does the Interface SIEMENS D.C.DRIVE POWER CARD find major demand?

A: Its major export markets include India, the Middle East, and Southeast Asia, where it is widely used in manufacturing and industrial automation sectors.

Q: What are the primary benefits of using this interface card?

A: Users benefit from efficient energy consumption, integrated protection features, high reliability, and straightforward maintenance, ensuring minimal downtime.

Q: Which certifications does the power card carry?

A: The power card is RoHS compliant and manufactured to meet rigorous quality standards for safe and sustainable operation.

Q: How does the card ensure protection against faults?

A: It integrates overcurrent, short-circuit, and overheating protection, along with ESD safeguarding, enhancing operational safety and product lifespan.

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