Crony Brake Dynamometer

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Crony Brake Dynamometer Specification

Accuracy
0.5% of Full Scale

Control System
Analog Meter & Digital Indicator (Optional)

Machine Type
Brake Dynamometer

Operating Pressure
Hydraulic Oil: 30-120 Bar

Surface Treatment
Paint Coated & Anti-Corrosive Finish

Power Source
Electric (AC Powered)

Accessories Type
Connecting Shafts, Couplings, Display Panel

Features
Heavy Duty Construction, High Precision Sensors, Overload Protection, Easy Calibration

Technology
Mechanical/Electromechanical

Automation Grade
Semi-Automatic / Manual

Type
Absorption Type Dynamometer

Material
High-grade Alloy Steel, Cast Iron

Function
Measures Brake Force, Torque, and Power Output

Application
Automotive, Engineering Institutes, Research & Development

Voltage
230 V / 415 V AC, 50 Hz

Ambient Temperature Range
5°C to 55°C

Safety Features
Emergency Stop Switch, Enclosed Protective Covers

Data Output
Optional USB/Serial Data Interface for Computer Logging

Cooling System
Water Cooled

Speed Range
Up to 3500 RPM

Display Type
Bright Analog Dial &/or Digital Display

Weight
Approx. 250-800 kg depending on model

Mounting Type
Base Plate Mounted with Vibration Absorbers

Capacity
5 HP to 300 HP Varients Available

Standards Compliance
As per IS/ISO Automotive Testing Standards

Calibration
Factory Calibrated, Calibration Certificate Included

Torque Range
Up to 1000 Nm (Customizable)

About Crony Brake Dynamometer

Crony Brake Dynamometer

Consistingof two blocks of wood clamped together with a pulley in the center. The pulleyis fitted to a halt moving on the ball bearings. A lever bar is attached to one of the blocks carrying aweight hanger at the outer and spring balance is also fitted to measure theload factor developed with the lightening of the block with wing nuts andspring.

Versatile Torque and Speed Range

Designed to measure torque up to 1000 Nm and speeds up to 3500 RPM, the Crony Brake Dynamometer caters to a broad spectrum of testing needs, while customizable options ensure optimal alignment with diverse requirements in automotive engineering and research environments.

Enhanced Safety and Durability

Safety features such as enclosed protective covers, emergency stop switch, and vibration-absorbing base plate mounting provide reliable operation. Built from high-grade alloy steel and cast iron, the dynamometer delivers robust performance even in demanding conditions.

Comprehensive Data and Control Options

Operators can choose between bright analog dials or digital displays, and optionally benefit from USB/serial data output for computer-based logging. The system supports semi-automatic or manual operation, allowing flexibility in measurement and process control.

FAQ's of Crony Brake Dynamometer:

Q: How is the Crony Brake Dynamometer calibrated and certified?

A: Each unit is factory calibrated for precision and comes with a calibration certificate, ensuring consistent accuracy of 0.5% of full scale and compliance with IS/ISO automotive testing standards.

Q: What variants of power capacity are available for this dynamometer?

A: The Crony Brake Dynamometer offers models ranging from 5 HP up to 300 HP, allowing users to select the most suitable variant for their testing and application requirements.

Q: Where can the Crony Brake Dynamometer be used?

A: This dynamometer is ideal for use in automotive testing, research and development, engineering institutions, and laboratories involved in brake force and power measurement.

Q: Which safety features are integrated in the Crony Brake Dynamometer?

A: Key safety components include an emergency stop switch, enclosed protective covers, and robust base plate mounting with vibration absorbers to ensure operator protection and equipment stability.

Q: What process is involved in logging and displaying test data?

A: Operators can view results via bright analog or digital displays. For advanced analysis, an optional USB/serial data interface enables direct computer logging and further data evaluation.

Q: What are the main benefits of using this brake dynamometer?

A: The main advantages include high measurement precision, durable construction, overload protection, flexible control options, and robust safety measures, resulting in reliable operation in professional testing environments.

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