08045803283

SHAKTI ENGINEERS
GST : 27AAAFS3422J1ZB

Custom Built Units

Vibratory Feeder

Vibratory Motors

Vibratory Motors

Vibro Separators

Vibro Separators

Bin Activators

Bin Activators

Bump Machine

Bump Machine

Spiral Elevators

Reciprocating Feeder

Reciprocating Feeder

Vibratory Feeder for Tablets

Vibratory Feeder for Tablets

Bump Test Machine

Bump Test Machine

Vibrating Motors

Vibrating Motor

Bump Test Machine

Bump Test Machine Specification

Application
Shock resistance testing, electronics, automotive components

Measuring Range
11000 g

Automation Grade
Semi-automatic

Accuracy
2%

Port Size
Standard 1 inch

Number of Specimens
1 or 2 at a time

Frequency
Reflects bump repetition, up to 300/min

Test Range
0999,999 bumps

Max Height
650 mm

Interface Type
RS232 (optional)

Humidity
85% RH

Power Supply
220V AC, 50Hz

Features
Programmable cycles, safety enclosure, emergency stop

Display Type
Digital LCD

Hardness
Tool steel components, Rockwell HRC 55+

Specimen Size
Up to 150 x 150 x 50 mm

Equipment Type
Bump Test Machine

Resolution
1 count

Response Time
1 sec

Mounting Type
Floor standing

Temperature
10C to 40C

Operating Voltage
220V

Usage
Lab and industrial product reliability testing

Capacity
Up to 35 kg specimen weight

Machine Weight
Approx. 250 kg

Test Speed
60 - 300 bumps per minute adjustable

Test Width
300 mm

Test Stroke
6 - 40 mm

Control Mode
Digital PLC Control

Bump Test Machine Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
1 Days

About Bump Test Machine

We are foremost organization in the marketplace for designing and supplying an extensive range of Bump Test Machine. This machine is manufactured by our expert machine using supreme quality raw material and modern components in strict compliance with international quality standards. It is used for testing of various test objects such as automotive products, lamp, car audio and etc. These machines are available in different specifications to fulfill the clients individual needs. Our clients can avail this Bump Test Machine at economical rate from us.

The Machine consists of rectangular table rigidly connected by four support arms to two spindles at a horizontal distance of 600 mm from the centre of the table. The table can be raised and allowed to fall freely by a cam which is connected to a motor, through a distance of 25mm. The cam rotates at a rate of 60 rev/min. You can vary from 60 strokes to 240 strokes per minute by means of a controller.
The jolts are provided by a heavy duty vibratory motor, fixed to the top table. The amplitude and the frequency of jolts can be changed from 10 to 50 jolts per second by the controller. A stroke counter fitted with micro- switch is provided, which stops the machine after the predetermined Bumps.

The Article to be tested is clamped on to the top table by means of adjustable slings.

Features :

Rugged construction
Highly durable
Corrosion resistant
This is a machine to simulate the motion imparted to objects carried in trucks, trains etc. on long distances. The machine ensures the mechanical stability, sustainability of a product during such transportation.
It can be also a test of a product for rigidity, strength of parts and longevity.
The parameters for Bumping and jolting can be changed.

This machine is a SIMULATOR of the bumps and jolts experienced by articles transported by road. Many a times the goods are found in a bad shape at the destination, when carried by trucks. To overcome this failure and to correct the processes, materials etc. during the manufacturing, packing the articles, to determine the suitability of the packing material etc., this machine is of great help.

Specification

Platform Size (mm)	400 x 400
Payload Capacity (Kg)	150
Pulse Acceleration (g)	2-50 (300*)
Pulse Duration (mS)	42447
Pulse Shape	Half-Sine
Drop Height (mm)	50 (300*)
Machine Dimension (mm)	1200 x 1200 x 1000
Machine Weight (Kg)	1800

Precision Shock Testing for Reliability Assessment

This Bump Test Machine efficiently simulates real-world shock conditions to evaluate product durability. Essential for electronics and automotive components, its adjustable frequency and stroke settings enable customized testing protocols tailored to specific requirements. Programmable cycles and digital control simplify the testing process, while automatic stops ensure repeatable, accurate results.

Advanced Safety and User-Friendly Operation

Equipped with an interlock-guarded door, emergency stop, and overload protection, the machine prioritizes operator safety. The digital PLC interface and LCD display make setup and monitoring straightforward. Its well-designed access panels and caster wheels provide easy maintenance and effortless relocation within your facility.

FAQs of Bump Test Machine:

Q: How does the Bump Test Machine enhance shock resistance testing for electronic or automotive products?

A: By delivering controlled and repeatable shock pulses, the Bump Test Machine evaluates the endurance and structural integrity of components in line with IEC 60068-2-29 and IS 9000 PT VII. Adjustable parameters allow you to tailor cycles and intensity, helping you identify product weaknesses and improve reliability.

Q: What safety features are incorporated in this machine to protect personnel during operation?

A: Safety is integral in its design, with features including an interlock-guarded door, overload protection system, and emergency stop. These elements prevent accidents during operation and protect both the specimen and the operator.

Q: When is remote monitoring via a PC interface beneficial?

A: Remote monitoring is beneficial when continuous oversight or data logging is required from a distance. With the optional RS232 interface, you can monitor performance and download test data directly to your computer, streamlining quality control processes.

Q: Where can this machine be used, and what mounting options does it support?

A: This machine is suitable for both laboratory and industrial environments. Its floor-standing design, combined with heavy-duty caster wheels, allows for stable operations and easy mobility within your workspace.

Q: What is the process for running a test cycle, and how are results managed?

A: Users can preset the desired number of cycles and adjust test frequency and stroke via the digital PLC controls. After setup, the machine automatically completes the program, stopping precisely upon count completion. Data and results are displayed on the digital LCD and can be exported if the optional PC interface is installed.

Q: How is maintenance and calibration carried out on this equipment?

A: Routine maintenance and calibration are straightforward due to easily accessible service panels. This design enables quick adjustments or repairs, minimizing downtime while ensuring continued measurement accuracy.

Q: What are the main benefits of using a digitally controlled bump test system for product reliability testing?

A: Digitally controlled systems offer higher accuracy (2%), faster response time (1 second), repeatable testing conditions, and automated features. This optimizes productivity, enhances safety, and provides comprehensive data for improved decision-making in product development and quality assurance.