Home Companies Pego Electronics (Yi Chun) Company Limited

IEC62262 IK Mechanical Impact Test Equipment With 2-20J Pendulum Impact Hammers

Pego Electronics (Yi Chun) Company Limited

Contact Us

[China] country

Trade Verify

Address: No. 317, Yichun South Road ( Happiness Park), Yuanzhou District, Yichun, Jiangxi, 336000, China

Contact name:Penny Peng

Inquir Now

Pego Electronics (Yi Chun) Company Limited

Verified Suppliers
  • Trust
    Seal
  • Verified
    Supplier
  • Credit
    Check
  • Capability
    Assessment

IEC62262 IK Mechanical Impact Test Equipment With 2-20J Pendulum Impact Hammers

Country/Region china
City & Province yichun jiangxi
InquireNow

Product Details

IEC62262 IK Mechanical Impact Test Equipment with 2J to 20J Stainless Steel Pendulum Impact Hammers

 

1. Introduction

IK pendulum hammer is designed according to IEC60068-2-75 and IEC62262 (equivalent EN62262) , and can meet the test requirements of IEC60598, EN50102. The IK Code was originally defined in European Standard BS EN 50102:1995 and amended in 1998, following its adoption as an international standard (IEC 62262) in 2002, the European standard was renumbered EN 62262. The IK code is from 00 to 10, and corresponding impact energy is from 0.14J to 20J.

 

IK pendulum hammer is for IK07 to IK10 testing, the hammer is made by steel, the working principle is : the sample is placed in normal, then adjust the impact points, and position the impact device, then release the hammer to freely impact the hammer.

 

IK pendulum hammer testing equipment can be adjusted back and forward, left and right, and the angle also can be adjusted.

 

2. Specification

1). Angle: 0~900 adjustable

2). Length of swing rod: 1000mm

3). Impact hammers: 0.5kg, 1.7kg, 5kg, 5kg steel hammers with swing rods

4). Impact height: 200~1200mm adjustable

5). Impact energy: 2J, 5J, 10J, 20J

6). Note: The standard configuration includes 0.5kg, 1.7kg and 5kg hammers for IK 07 to IK10 testing, 10KG hammer for 50J test is a optional device.

Characteristics 0f Striking Elements
Energy/J

≤1

±10%

2

±5%

5

±5%

10

±5%

20

±5%

50

±5%

Equivalent mass±2%kg0.25(0.2)0.51.75510
MaterialNylonsteel
R/mm102525505050
D/mm18.5(20)356080100125
f/mm6.2(10)710202025
r/mm--6-1017
l/mmDepends

 

Fall Height
Energy/J0.140.2(0.3)0.35(0.4)0.50.7125102050
Equivalent mass/kg0.25(0.2)0.25(0.2)0.25(0.2)(0.2)0.250.250 .250.51.75510
Fall height±1%mm56(100)80(150)140(200)(250)200280400400300200400500
 

Degrees of protection against external mechanical impacts

IK01IK02IK03IK04IK05IK06IK07IK08IK09IK10
0.14J0.2J0.35J0.5J0.7J1J2J5J10J20J

 

 

3. How to install the hammers? 

  

 

4. How to use the equipment? 

1). Fixed the specimen according to standard requirement: fix the specimen on a solid support as per normal use, or lean against a solid plane support (or wall).

2). Choose the relevant impact hammer and fixed on swing rod, then adjust the rack to make the top of hammer contact the test point of specimen. If the top of hammer is on the upper or low, the swing rod can up and down by adjusting the hand-cranking wheel to make the hammer contact the test point of specimen,

Uplift the impact hammer, and observe the height indicate panel to make sure the height is right, and then release the swing rod to impact the specimen (Note: Please avoid the secondary impact).

3). Check the appearance, size and function of the specimen after impact test, and then make a judgement according to standard.

Hot Products

5KV High Voltage Dielectric Strength Tester 0~100mA Leakage Current Comply to IEC60335-1 1. ...
0KV AC and DC High Voltage Test Equipment with Leakage Current Alarming Function 1. Introdcution AC...
Withstand Voltage Electrical Safety Testing Equipment with 30KV Output 1. Introdcution AC/DC ...
RK7112 Programmable Insulation Withstand Voltage Test Equipment with Arc Detection Function 1. ...
RK2678XM 32A Ground Resistance Tester with Alarming Function Comply to IEC60065 and IEC60950 1. ...
Leakage Current Tester 1. Introduction The leakage current tester is used to measure the leakage ...