SIEMENS IM 461-3AA00-0AA0

Price 24500 INR/ Piece

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MOQ : 1 Piece

SIEMENS IM 461-3AA00-0AA0 Specification

Mounting Type
DIN rail mounting

Humidity %
Max 95% (Non-condensing)

Surface Finish
Matte

Insulation Material
Thermoplastic

Connector Type
Terminal Block

Overheating Protection
YES

Shape
Rectangular

IP Rating
IP20

Feature
Reliable signal transmission

Operating Temperature
0C to +60C

Efficiency
High

Product Type
Interface Module

Application
Industrial Automation, SIMATIC S7-400 Systems

Protection Level
Standard

Frequency (MHz)
50-60 Hz

Rated Voltage
24 V DC

Energy Consumption
3.8 W (approx.)

Output Type
Digital

Color
Grey

Dimension (L*W*H)
58 mm x 52 mm x 19 mm

Weight
110 g

Size
Compact

Phase
Single

Input Voltage
24 V DC

Connection Type
Backplane Bus

Material
Plastic/Metal blend

About SIEMENS IM 461-3AA00-0AA0

Find enlightenment in industrial automation with the SIEMENS IM 461-3AA00-0AA0, a soaring, resplendent solution from the celebrated SIMATIC S7-400 series. This customizable module ensures reliable digital signal processing, fused with advanced overheating protection and high efficiency. Offered at the best price, its compact and robust rectangular design features a matte surface, screw-type terminals, and resilient insulation for resounding performance. The LED status display helps operators swiftly monitor activities, while environmental versatility and RoHS compliance guarantee sustainability. Elevate your automation process with trusted Siemens reliability.

Versatile Industrial Automation Applications

SIEMENS IM 461-3AA00-0AA0 is acclaimed for its enlightened adaptation in plant operations, specifically designed for SIMATIC S7-400 systems. It is commonly utilized across manufacturing plants, process industries, and general automation settings for signal transmission and monitoring. This module excels in applications where precise digital processing and high reliability are required, offering resplendent performance for engineers and plant operators seeking robust automation solutions.

Efficient Delivery and Sample Policy

Logistics ensure prompt, streamlined delivery of the SIEMENS IM 461-3AA00-0AA0 to your facility, improving operational efficiency. Sale prices remain competitive, with products shipped by established FOB ports. Sample policies are flexible, offering potential clients the convenience of evaluating performance before large orders. Delivered modules are protected for transit, guaranteeing product integrity upon arrival for every wholesaler, trader, distributor, or manufacturer.

FAQs of SIEMENS IM 461-3AA00-0AA0:

Q: How is the SIEMENS IM 461-3AA00-0AA0 module installed in industrial environments?

A: The SIEMENS IM 461-3AA00-0AA0 is conveniently mounted using a DIN rail system and connected via a backplane bus, making installation straightforward in any compatible SIMATIC S7-400 automation setup.

Q: What benefits does the LED status display provide for operators?

A: The LED indication offers quick, clear status updates, enabling operators to swiftly identify and respond to system activity or faults, enhancing monitoring efficiency and reducing downtime.

Q: When should this module be chosen for a plant automation upgrade?

A: This module is ideal for upgrades when high signal transmission reliability, overheating protection, and digital processing capabilities are essential for the industrial automation system.

Q: Where is the SIEMENS IM 461-3AA00-0AA0 most effectively applied?

A: It is most effective in manufacturing facilities, process plants, and general automation environments that utilize SIMATIC S7-400 systems, where seamless digital connectivity is required.

Q: What process is followed to obtain a sample of this module before bulk purchase?

A: Interested buyers can request samples through the distributors or suppliers sample policy, allowing testing and evaluation prior to placing a bulk order, ensuring the module suits their needs.

Q: How does overheating protection benefit usage in demanding conditions?

A: Integrated overheating protection secures the modules functionality during continuous high-load operations, increasing longevity and ensuring consistent performance in rigorous industrial processes.

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