TRC 1000 MN-UG Electric Locomotive

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MOQ : 1 Unit

TRC 1000 MN-UG Electric Locomotive Specification

Noise Level
<85 dB

Weight
370 kg

Frequency
50 Hz

Pressure Capacity
10 Bar

Motor Power
7.5 kW

Phase
Three Phase

Cooling Method
Air Cooled

Control System
Automatic On/Off

Drive Type
Electric Motor Driven

Power Rating
7.5 kW

Flow Rate
1000 LPM

Filtration Grade
Industrial Grade

Type Of Compressor
Multi-stage Reciprocating

Allied Equipment
After Cooler, Moisture Separator

Configuration
Stationary

Power Source
Electric

Silent
No

Lubrication Type
Oil Lubricated

Voltage
415 V

Driven Mode
Direct Coupled Motor

Number of Cylinders
2 Stage, 2 Cylinder

Dimensions (LWH)
1200 mm 800 mm 1000 mm

Material of Construction
High-grade Cast Iron & Steel

Mounting Type
Base Mounted

Application
Electric Locomotives, Railway Application

Model Name
TRC 1000 MN-UG Electric Locomotive

TRC 1000 MN-UG Electric Locomotive Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
20 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About TRC 1000 MN-UG Electric Locomotive

Jump on our Clearance deal for the Noble TRC 1000 MN-UG Electric Locomotive - a brilliant solution, decorated with high-grade cast iron and steel, engineered for railway excellence. For a limited time, secure this powerful, multi-stage reciprocating compressor, perfectly base mounted for robust, industrial use. Designed for remarkable efficiency with a 7.5 kW motor, 1000 LPM flow rate, and advanced allied equipment including after coolers and moisture separators. Experience seamless operation, augmented with automatic controls and industrial-grade filtration. Don't miss out - elevate your railway applications with this elite machine.

Ideal Application and Media Coverage

The TRC 1000 MN-UG Electric Locomotive is expertly engineered for electric locomotives and railway applications, ensuring optimal performance in industrial-grade environments. It is widely used in expansive rail operations where reliability and efficiency are paramount. With its robust build and multi-stage compression, this unit effectively manages air flow and controls, handling compressed air as its primary application media. Its base mounting and sturdy fabrication make it the prime choice for demanding sites.

Certifications, Export Markets, and Sample Policy

All TRC 1000 MN-UG Electric Locomotives are handed over with certified industrial-grade credentials, guaranteeing premium quality and compliance with industry standards. Outlays for international shipping are supported by secure packaging, ensuring damage-free delivery. Our main export markets include Asia, the Middle East, and global railway sectors. Retailers and wholesalers can request comprehensive sample policies-packaged and dispatched with care-to experience the quality firsthand before placing larger orders.

FAQ's of TRC 1000 MN-UG Electric Locomotive:

Q: How is the TRC 1000 MN-UG Electric Locomotive installed in railway applications?

A: The unit comes base-mounted for straightforward installation within rail yards or maintenance depots, providing a stable foundation for stationary operations.

Q: What makes the TRC 1000 MN-UG suitable for industrial-grade railway use?

A: It is constructed from high-grade cast iron and steel, featuring a powerful 7.5 kW electric motor and advanced multi-stage reciprocating compressor, ensuring endurance and consistent performance under demanding conditions.

Q: When can I expect sample packaging after placing a request?

A: Samples are promptly packaged and dispatched following receipt of your request, typically within a few working days, ensuring a swift evaluation process before purchase.

Q: Where can this electric locomotive compressor be applied?

A: It is ideal for railway applications requiring efficient air management, including within locomotive repair sites, engine sheds, or rail assembly plants across industrial settings.

Q: What are the benefits of the automatic on/off control system?

A: This feature enables seamless and efficient operation, reducing manual intervention and ensuring safety and precision in usage by maintaining consistent workflow and pressure.

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