logo
Good price  online

products details

Home > Products >
Rubber Plastic Test Equipment
>
DC Solenoid Control Plastic Testing Machine , Falling Ball Impact Tester

DC Solenoid Control Plastic Testing Machine , Falling Ball Impact Tester

Brand Name: HAIDA
Model Number: HD-R601
MOQ: 1 Set
Price: Negotiable
Packaging Details: ach set protected with resin fiber and PP film, then put into Strong wooden case with operation man
Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram,In cash, escrow
Detail Information
Place of Origin:
Guangdong, China (Mainland)
Certification:
ISO 9001:2000; ISO 9001:2008; QS-9000; ISO 14001:2004; CE, , SMC, CMC, CPA, CE,CMA,IMC
Power:
Electronic
Usage:
Plastic Testing Machine
Volume:
50 × 50 × 210cm
Falling Ball Control:
DC Solenoid Control
Supply Ability:
300 Sets per Month Haida
Highlight:

universal tensile testing machine

,

plastic testing instrument

Product Description

DC Solenoid Control Plastic Testing Machine , Falling Ball Impact Tester

 

DC Solenoid Control Falling Ball Impact Testing Machine Description:

 

DC Solenoid Control Falling Ball Impact Testing Machine for plastic / ceramic / glass fiber and other materials fastness testing. Test method: falling ball impact test machine test method in order to provide the weight of the ball, adjust to a certain height, so that free fall against the specimen, depending on the extent of the damage, to determine quality. Falling distance of up to 2m, drop weight can be adjusted between 1.25kg to 10kg, can provide a variety of sample holder.

 

DC Solenoid Control Falling Ball Impact Testing Machine

 

Design Standards:

 

JIS-K6754, A5430, ISO 6603, BS4660, BS4514, BS3505, BS2782: 11 Part: Method 1108A,, ASTM D5420, ASTM D3029

 

The main technical parameters:

 

Maximum height 2m
Falling Ball control DC solenoid control
Ball Weight 357,533,1042,2280 g
Volume 50 × 50 × 210cm
Weight about 30kg
Power source 220V/50HZ

 

Test method:

 

DC Solenoid Control Falling Ball Impact Testing Machine / falling ball impact test machine: the impact energy by dropping height and weight is calculated as follows:

Hammer impact energy = weight (kg) * drop height (m) * g

g: acceleration due to gravity = 9.81m/s/s

 

Product Features:

 

1 unique design, or components used to assess the impact properties of the specimen

(2) the drop height up to 2000mm, can produce the maximum 6.264m / s impact velocity

3 hammer weighing between 10kg 1.25kg maturity

4 Maximum impact energy of 196 joules

 

DC Solenoid Control Plastic Testing Machine , Falling Ball Impact Tester 0