Baugatz TSM 64/50/0,4/6 Reactive Current Compensation Plant - Image 1
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Baugatz TSM 64/50/0,4/6 Reactive Current Compensation Plant

Manufacturer
Baugatz
Model
TSM 64/50/0,4/6
Type
Reactive Current Compensation Plant
Year
1999
Category
Energy management
Sub-category
Switchgears and controlgears
Price: Upon request

Specifications

Overview

Low-voltage reactive power compensation system (Bausatz) for improving the power factor

Technical Specifications

Controller
BLR-CB
Total reactive power
300 kVar
Number of stages
6
Stage rating
50 kVar
Rated current
433 A
Degree of protection
IP20

Maintenance History

Power capacitors replaced
16 units in 2007
Documentation
Available

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AI Description

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Capabilities

The Baugatz TSM 64/50/0,4/6 is a low-voltage reactive power compensation system designed to improve power factor and reduce energy costs. With a total capacity of 300kVar across six 50kVar stages, it automatically adjusts reactive power to match your facility's actual needs, minimizing wasted energy and lowering utility bills. The system handles up to 433A of rated current and offers flexible, staged operation.

Industries & Uses

Manufacturers, data centers, hospitals, and any facility with significant motor loads or variable electrical demand benefit from this equipment. Poor power factor triggers utility penalties and increases heating losses in electrical systems—this plant corrects that problem efficiently. It's particularly valuable for operations running heavy machinery, HVAC systems, or 24/7 processes.

What to Check When Buying

When evaluating this unit, verify the condition of all six capacitor stages and confirm the 2007 replacement documentation is complete. Request full maintenance records and check that the BLR-CB controller operates smoothly through its switching cycles. Inspect terminals and connections for corrosion, and confirm IP20 protection housing is intact. Have a qualified electrician test capacitor functionality and verify no leaks or swelling. Ask about the installation environment—heat and humidity affect capacitor lifespan significantly.

This description is AI-generated and is intended as a general guide only. As with all AI-generated content, it may contain inaccuracies. Please verify all details directly with the seller before making a purchasing decision.

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