CTFZ-13BV 15T Roller Brake Tester with Integrated Axle Load Scale | Combined Brake Performance & Wheel Load Testing System for Heavy-Duty Vehicles

Description

CTFZ-13BV 15T Roller Brake Tester with Axle Load – Integrated Brake & Weight Testing for Heavy-Duty Vehicles

The CTFZ-13BV Roller Brake Tester is an advanced, space-saving solution that combines brake performance testing and axle load measurement in a single integrated unit. With a 15-ton load capacity, this heavy-duty system is specifically designed for vehicle safety inspection centers, truck workshops, and commercial fleet maintenance facilities that require comprehensive testing with minimal floor space.

Key Technical Specifications:

• Model: CTFZ-13BV

• Load Capacity: 15t

• Roller Diameter × Length: 245mm × 1100mm

• Motor Power: 2 × 15 kW

• Braking Force Measurement Range: 2 × (0-45 kN)

• Wheel Load Sensors: 8 high-precision sensors

• Power Supply: 380V 50/60Hz

• Adhesion Coefficient: >0.85 (dry and wet conditions)

• Brake Force Measurement Error: <1.5% (National Standard <3%)

• Roller Longevity: >200,000 test cycles

Integrated Testing Capabilities:
The CTFZ-13BV provides comprehensive brake and weight analysis in a single test procedure:

Brake Performance Testing:

• Axle-by-axle brake force measurement (left and right wheels)

• Brake force deviation analysis (process deviation and maximum deviation)

• Brake force ratio calculation relative to axle load

• Handbrake force testing relative to total vehicle weight

• Real-time brake performance data display

Axle Load Measurement:

• 8 High-Precision Wheel Load Sensors for accurate weight distribution analysis

• Individual wheel load measurement

• Total axle weight calculation

• Load-based brake force ratio verification

• Enhanced testing accuracy for regulatory compliance

Key Features & Benefits:

1. Space-Saving Integrated Design

• Combines brake tester and axle load scale in one compact unit

• Eliminates need for separate axle load station

• Optimizes workshop floor space utilization

• Streamlines testing workflow with single-position testing

2. Robust & Durable Construction

• Main body fully welded with reinforced high-strength steel

• No anchor bolts required for installation – easy to adjust and reposition

• Stable, durable structure suitable for heavy-duty commercial use

3. High-Performance Rollers

• Rollers coated with high-quality corundum sand using advanced adhesive technology

• Adhesion coefficient >0.85 in both dry and wet conditions

• Tested for longevity exceeding 200,000 cycles

• High precision with excellent repeatability

4. Premium Components

• Reducer manufactured using European technology

• Main components (motor, bearing, sensors) from domestic leading brands

• ISO9001 and CE certified quality systems

5. Intelligent Safety Features

• Third Roller System: Automatically detects wheel lock and stops motor to prevent tire wear during testing

• Anti-Skid Program: Prevents tire damage during brake force measurement

• Automatic Start: Simplified operation workflow

6. Precision Wheel Load Measurement

• 8 dedicated load sensors for individual wheel weight measurement

• High test accuracy for reliable axle load data

• Critical for calculating accurate brake force ratios

7. Flexible Installation Options

• Standard Version: No lift included

• Optional Airbag Lifting Device: +3,000 RMB – facilitates easy vehicle entry and exit from the tester

Ideal Applications:

• Vehicle Safety Inspection Centers: All-in-one solution for comprehensive commercial vehicle testing

• Truck Fleet Maintenance Facilities: Complete brake and weight analysis in minimal space

• Government Inspection Stations: Meet all regulatory requirements with integrated testing

• Bus Depots & Transportation Companies: Ensure passenger vehicle safety compliance

• Weight Enforcement Facilities: Verify axle loads and brake performance simultaneously

The CTFZ-13BV represents the perfect fusion of brake testing and axle load measurement technology, delivering comprehensive vehicle safety analysis in a space-efficient package.