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Drill Tool Dynamometer

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Drill Tool Dynamometer Specification

Display Type
Digital/Analog option

Humidity
Up to 85% RH

Specimen Size
Up to 25 mm drill diameter

Mounting Type
Table Top

Equipment Type
Drill Tool Dynamometer

Port Size
1/4 BSP

Max Height
250 mm

Operating Voltage
220 V

Application
Measurement of cutting forces in drilling operations

Temperature
10°C to 45°C

Response Time
<2 ms

Features
Rugged construction, high sensitivity, real time measurement

Resolution
1 N

Accuracy
±1% F.S.

Frequency
50 Hz

Test Range
0-5000 N (Force)

Power Supply
220 V AC, 50 Hz

Automation Grade
Semi-Automatic

Hardness
Tool steel (sensor body)

Interface Type
USB / RS232

Measuring Range
0-5000 N

Number of Specimens
1

Usage
Industrial/Research labs

Capacity
0-5000 N

Machine Weight
25 kg

Test Speed
Up to 2000 rpm

Test Width
150 mm

Test Stroke
50 mm

Control Mode
Manual / Computerized

Data Output
Real-time, via software

Force Components
Measures thrust force and torque

Sensor Housing Material
High-grade steel

Calibration
Provided with standard weights

Transducer Type
Strain Gauge based

Dimensions
350 x 250 x 220 mm

Cable Length
2 m standard

About Drill Tool Dynamometer

Drill Tool Dynamometer

Capacity	500Kg Thrust load, 20 Kgm-torque.
Display Type	2 independent, 31/2 digit LED display.
Power	230V 50Hz
Resolution	1 kg for thrust, 0-1Kg-M for torque.
Brand	Micro Technologies
Mounting	Flang type to mount on the machine bed.
Sensor Type	Straingauge based 350 bridge.
Job Mounting	Slots provided on the flange plate to mount the machine vise.
Zero Balancing	Fine & corse potentiometer provided on the panel.
Recorder O / P	Analog output (200mv max) is provided to connect xy recorder or datalogger.
Enclosure	Powder coated metal box of 250L X300(D)X100H
Accessories	Self centering vice. 4"-1No.Necessary Cables Provided.
Optional (Extra Cost)	RS232 Interface to computer for datalogging with LCD display.

Real-Time Force Measurement

Obtain immediate insights into cutting forces with the dynamometer's real-time measurement capabilities. The advanced strain gauge technology and digital/analog display options ensure clear, accurate readings, supporting process optimization and tool performance analysis in drilling operations.

Versatile Applications and User Control

Ideal for industrial, research, and manufacturing environments, this equipment adapts to varied user needs with manual or computerized control modes. Its robust design and semi-automatic features allow seamless integration into different workflows, aiding in consistent force measurement and drilling analysis.

Durable Construction for Reliable Use

Crafted from high-grade tool steel, the dynamometer's sensor housing ensures exceptional durability. The table-top mounting and precise calibration with standard weights offer stability and long-term accuracy, even in demanding laboratory and factory settings.

FAQ's of Drill Tool Dynamometer:

Q: How does the Drill Tool Dynamometer measure cutting forces during drilling?

A: This equipment uses strain gauge-based transducers housed in high-grade steel to detect and measure both thrust force and torque generated during drilling. The data is captured in real-time and available via user-friendly software interfaces.

Q: What benefits does real-time data output provide for drilling operations?

A: Real-time data output allows immediate evaluation of cutting forces, helping users optimize drilling parameters, reduce tool wear, and enhance the overall precision and efficiency of industrial or research lab operations.

Q: Where is the Drill Tool Dynamometer commonly used?

A: The dynamometer is widely utilized in industrial manufacturing facilities, research laboratories, and technical education centers across India for analyzing and monitoring cutting forces during drilling processes.

Q: What is the process for calibrating the Drill Tool Dynamometer?

A: Calibration is performed using standard weights provided with the equipment, ensuring measurement accuracy within 1% F.S. Users can follow software-guided prompts or manual procedures to verify the device's responsiveness and reliability.

Q: How can users control and operate the dynamometer?

A: Operators have the flexibility to choose between manual and computerized control modes. The digital/analog display options and USB/RS232 interfaces make it compatible with various data management systems for ease of use.

Q: What specimen sizes and test ranges are supported?

A: The dynamometer accommodates one specimen at a time, with a maximum drill diameter of 25 mm and a measuring range of 0 to 5000 N. This versatility supports diverse test requirements for precision force measurement.

Q: What makes this dynamometer suitable for rugged industrial use?

A: Its robust sensor housing made from tool steel, stable table-top mounting, and ability to function under humidity up to 85% RH and temperatures from 10C to 45C ensure long-term reliability in demanding environments.

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