DGBell PLC Control Battery Nail Penetration Testing Machine

DGBell PLC Control Battery Nail Penetration Testing Machine
Model:BE-Series
Brand:DGBELL
Origin:Made In China
Category:Electronics & Electricity / Other Electrical & Electronic
Label:nail penetration , battery safety test , testing equipment
Price: US $15000 / set
Min. Order:1 set

Product Description

Standard Compliance

1 GB/T 18332.2-2001 Nickle-Metal Hydride Batteries of Electric Road Vehicles

2 QC/T 743 Lithium-ion Batteries for Electric Vehicles

3 QC/T 744 Nickle-Metal Hydride Batteries for Electric Vehicles

4 Tests complied with International standards (ISO/IEC/SAE/JEVA/CEN etc), internal standard association and 863 program covering hydride electric vehicles relating to electric vehicle lithium-ion battery;

5 QB/T 2947.3-2008 Electric Bicycles-Cell or Battery and Chargers Part 3: Li-ion Batteries and Chargers

6 DB12/T246-2005 Electric Bicycles-Cell or Battery and Charger Standard Test;

7. GB 19521.11-2005 Safety Code for Inspection of Hazardous Properties for Dangerous Goods of Lithium Batteries;

Specification

Tester Model

Test Zone (MM)

Overall Dimension (MM)

BE-9002D-2T

200X200X200

W750XD650XH1800

BE-9002D-5T

600X600X600

W1000XD900X2200

BE-AP-9002D

800X800X800

W3000XD1200XH1300

BE-AP-9002T

1000X1000X1000

W3300XD1500XH1500

 

Technical Parameters

Auxiliary Function

Voltage, temperature sampling, camera monitoring system. Fire-extinguishing system, smoke evacuation & filtering system

Penetration Speed

0 ~ 80mm/s(controllable), 200 mm/s can be customized

Test Zone(mm)

200X200X200MM,600X600X600MM,800X800X800MM,1000X1000X1000MM (Available to customize)

Overall Dimension

 Subject to actual design and manufacture

Optional Parameters

Voltage Range

0—10V,0--100V,0—1000V

Temperature Sampling Range

0 ~ 1200℃

Voltage, Temperature Accuracy

±1%FS

Voltage Resolution

1mV

Temperature Resolution

0.1℃

Standard Parameter

P

Par

Speed

0 ~ 80mm/s(Controllable), 200 mm/s (Available to customize)

Nail Travel

0—1000MM to select

Structure

Vertical & horizontal (select according to actual size)

High Temperature Nail Regulation

Diameter φ3mm~φ8mm

Nail Penetration Method

Horizontal, vertical

Nail Deformation

No (Computerize can be customized)

Nail Remaining Time

0~99 H 99M 99S

Driven Method

Hydraulic

Nail Penetration Speed

±0.1MM/S

Force Accuracy

±1%

Structure

Chamber

Independent vertical & horizontal test machine and control system

Communication

No (computerize can be customized)

High temperature Nail

Diameter φ3mm~φ8mm (available to customize)

Data Acquisition Module

Independent remote sampling, multi-voltage, temperature, current acquisition channel (optional)

Channel Quantity Configuration

2-Channel, 4-Channel, 8-Channel, multi-data acquisition system (optional)

Camera Monitoring System

Test zone installed with high definition camera monitoring system in remote control with explosion-proof (optional).

Standard Configuration

Nail Penetration Machine/1 set, control cabinet/1 set, diameter φ3mm~φ8mm, high temperature nail/1 set

Test Fixture

 Customize according to actual size

Power Source

AC380V 50HZ 3P5W

Working Environment

0℃~45℃

Features

Complied with previous version QC 743:

High temperature steel nail with its diameter at φ3mm~φ8mm penetrate at a speed at 10mm/s~40mm/s into at least 3 battery plates by vertical direction (nail remains into the battery cell);

Complied with newly version QC 743:

High temperature steel nail (angle of nail point at 60°and clear surface without rust and grease)  with its diameter at φ20mm~φ30 mm penetrate at a speed at 10mm/s~40mm/s into at least 3 battery plates by vertical direction (nail remains into the battery cell and keep observation by 1 hour);

DGBell PLC Control Battery Nail Penetration Testing Machine 1DGBell PLC Control Battery Nail Penetration Testing Machine 2

Member Information

Bell Experiment Equipment Co., Ltd.
Country/Region:Guang Dong - China
Business Nature:Manufacturer
Phone:13612761334
Contact:Eric King (Salesman)
Last Online:27 Dec, 2019