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15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904
  • 15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904
  • 15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904
  • 15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904
  • 15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904
15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904

15KN Hydraulic Driven Crushing Tester w/ Remote Controller for Battery Test ( IEC62133 & UN38.3)- MSK-TE904

SKU: 15kn-hydraulic-driven-crushing-tester-w-remote-controller-for-battery-test-iec62133-un38-3-msk-te904

Price: RFQ

Specifications

 MSK-TE904 is a UL/TUV standard advanced crushing test machine with a color touch screen panel and the hand-hold remote controller for the IEC 62133.8.3.5 and UN38.3 testing at more safe and easy. An electric hydraulic pump allows the machine to achieve the required force for crushing the battery cells at variable speeds, and also can control machine stop based on battery deformation and voltage drop. SPECIFICATIONS Power Requirements 208V AC 3 phase, or customized 380V AC 3 phase 3000W Crushing Unit Electric Hydraulic cylinder Ram 32mm dia. Force 1000N 15KN with Accuracy: ±1% Pressing plate: 150 mm dia. Crushing speed: 1- 100 mm/s adjustable via hydraulic pump's valve Meet UN38.3.4.6 standard for single cell Chamber Structure Internal Chamber size:W750 x D700 x H700, mm Double-layer steel chamber for anti-explosion Inside chamber: made of 1.5 mm thick cold-rolled SS304 with tensile strength > 500 Mpa Outside casing: made of 1.5 mm thickness annealed A3 steel with Tensile strength > 400 Mpa Explosion-proof window 280X 280mm Double layer 5 mm thick anti-explosion glass with double sides anti-explosion film to ensure broken glass can not flying out in the case of explosion Structure drawing Laser crosshair for visualizing crushing center. Max. measuring space 200X200X200mm Max. Payload: 60Kg Lighting is built on top Four wheels is installed on the bottom to make the box movable. Control Unit 6" color touchscreen control panel for setting and display the parameters, such as Crushing Force, Dwell Motion, Time, Crushing Deformation and Voltage Change. Deformation sensor accuracy: +/- 0.1mm Voltage sensor accuracy: +/- 1.0 mV Once the parameter setup on the touchscreen, a wireless hand-held remote controller will operate the machine within 10 meters distance for the safest operation Venting Two pressure release doors are built in the back of the machine. The door will open in the case of battery explosion to release pressure and smoke.( Pic 1) 100 mm dia venting port with the metallic fan in the back of the chamber to connect an exhaust system at the customer site. (Connecting tube and exhaust system are not included, Pic2 ), and keep venting gas from inside the chamber. Warning: Must keep venting fan and exhaust system running during battery testing to ensure chamber pressure not build up in the case battery explode. Centrifugal in-line exhaust fan with aluminum flex duct connection is recommended. (Click the pictures below to learn more detail) Compliance CE certified All electric components ( >24V) are UL / CSA certified The machine is ready to pass TUV(UL61010) or CSA certification at extra cost.

Power Requirements
  • 208V AC 3 phase, or customized 380V AC 3 phase
  • 3000W
Crushing Unit
  • Electric Hydraulic cylinder Ram 32mm dia.
  • Force 1000N 15KN with Accuracy: ±1%
  • Pressing plate: 150 mm dia.
  • Crushing speed: 1- 100 mm/s adjustable via hydraulic pump's valve
  • Meet UN38.3.4.6 standard for single cell
Chamber Structure
  • Internal Chamber size:W750 x D700 x H700, mm
  • Double-layer steel chamber for anti-explosion
    • Inside chamber: made of 1.5 mm thick cold-rolled SS304 with tensile strength > 500 Mpa
    • Outside casing: made of 1.5 mm thickness annealed A3 steel with Tensile strength > 400 Mpa
  • Explosion-proof window 280X 280mm
    • Double layer 5 mm thick anti-explosion glass with double sides anti-explosion film to ensure broken glass can not flying out in the case of explosion
  • Structure drawing 
  • Laser crosshair for visualizing crushing center.
  • Max. measuring space 200X200X200mm
  • Max. Payload: 60Kg
  • Lighting is built on top
  • Four wheels is installed on the bottom to make the box movable.
Control Unit
  • 6" color touchscreen control panel for setting and display the parameters, such as Crushing Force, Dwell Motion, Time, Crushing Deformation and Voltage Change.
    • Deformation sensor accuracy: +/- 0.1mm
    • Voltage sensor accuracy: +/- 1.0 mV
  • Once the parameter setup on the touchscreen, a wireless hand-held remote controller will operate the machine within 10 meters distance for the safest operation
Venting 
  • Two pressure release doors are built in the back of the machine. The door will open in the case of battery explosion to release pressure and smoke.( Pic 1)
  • 100 mm dia venting port with the metallic fan in the back of the chamber to connect an exhaust system at the customer site. (Connecting tube and exhaust system are not included, Pic2 ), and keep venting gas from inside the chamber.
  • Warning: Must keep venting fan and exhaust system running during battery testing to ensure chamber pressure not build up in the case battery explode.
  • Centrifugal in-line exhaust fan with aluminum flex duct connection is recommended. (Click the pictures below to learn more detail)
  •  
Compliance
  • CE certified
  • All electric components ( >24V) are UL / CSA certified
  • The machine is ready to pass TUV(UL61010) or CSA certification at extra cost.

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