Pushpull Gauge Force Gauge Imada Japan

Name: Pushpull Gauge Force Gauge
Brand: BHAGWATI HARDWARE & MILL STORE

Price 67000.0 INR/ Piece

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MOQ : 1 Piece

Pushpull Gauge Force Gauge Imada Japan Specification

Sensor Type
Mechanical

Display
Analogue

Measuring Range
1000N Newton

Frequency
Manual Operation (Non-electronic)

Outer Size
Approx. 225 mm x 60 mm x 30 mm

Case
Plastic Carry Case

Glass Size
Approx. 55 mm diameter

Usage
Industrial

Material
Metal and Plastic

Product Type
Pushpull Gauge Force Gauge

Grade
Industrial

Application
Push and Pull Force Measurement

Color
Black

Accuracy
0.5% F.S.

Calibration
Factory Calibrated

Unit of Measurement
kgf, N (Newton) scales

Finish
Corrosion Resistant

Operating Temperature Range
0C to 40C

Peak Hold Feature
Mechanical Pointer Maximum Retention

Packaging
Protective Boxed Set

Markings
Dual Scale

Mounting
Handheld Use

Zero Adjuster
Provided

Pushpull Gauge Force Gauge Imada Japan Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

About Pushpull Gauge Force Gauge Imada Japan

Order the illustrious Pushpull Gauge Force Gauge-a cost-effective solution for precise force measurements. This enviable industrial instrument features dual markings in kgf and Newton scales, offers inestimable value with its corrosion-resistant finish, and comes in a protective boxed set. Factory calibrated for assured accuracy (0.5% F.S.), it operates reliably in a 0C to 40C range. The mechanical pointer with peak hold functionality, handheld mounting, and zero adjuster provide ergonomic, straightforward operation. Supplied with a sturdy plastic carry case, it ensures lasting reliability and simple transport for traders and industrial users across India.

Versatile Use & Ideal Applications

The Pushpull Gauge Force Gauge is distinguished for industrial push and pull force measurement. Suitable for a broad spectrum of mechanical and quality control tasks, it is favored in assembly lines, research labs, and maintenance departments. Simply grip the handheld device and apply force-its dual-scale display enables easy readings, while the mechanical sensor guarantees precise, consistent results. Its design allows seamless integration into various industrial processes, assuring efficiency and reliability.

Sample Policy, Supply & Payment Information

Our sample policy allows drop-off of demonstration units for eligible clients to assess functionality prior to purchase, minimizing expenditure on trial acquisitions. We maintain robust supply ability, ready to dispatch high volumes within short lead times. Flexible payment methods are available to adapt to your business operations, ensuring a smooth ordering process from initial inquiry to final delivery. Fast dispatching and secure packaging help ensure a convenient, hassle-free procurement experience for all partners.

FAQ's of Pushpull Gauge Force Gauge:

Q: How is the Pushpull Gauge Force Gauge used in industrial settings?

A: To use the Pushpull Gauge Force Gauge, simply mount the device by hand and apply force to the object being tested. Observe the mechanical pointer for readings on either the Newton or kgf scale. The peak hold feature allows users to capture and examine the maximum force applied during the process.

Q: What is the measuring range and accuracy of this gauge?

A: This force gauge has a measuring range of up to 1000 Newtons and delivers highly precise results with an accuracy of 0.5% of full scale, making it suitable for demanding industrial applications.

Q: When should the zero adjuster be used?

A: The zero adjuster should be used before starting each measurement to ensure the pointer is at the baseline, securing accurate and reliable force readings every time.

Q: Where can the Pushpull Gauge Force Gauge be applied?

A: It can be widely applied across manufacturing plants, quality assurance labs, assembly lines, and repair workshops-anywhere accurate push or pull force measurements are crucial.

Q: What benefits does the peak hold feature offer?

A: The peak hold feature enables the user to lock in and review the highest force exerted during testing, making it easier to assess material or component strength in a controlled, efficient manner.

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