Usage: | simulate access to hazardous parts |
---|---|
Power: | Electronic |
Model Number: | CX-2B |
Brand Name: | CX |
Place of Origin: | China (Mainland) |
Items Name: | Jointed finger probe |
Knurled finger diameter: | 12mm |
Knurled Finger length: | 80mm |
Baffle plate diameter: | 50mm |
Baffle plate length: | 100mm |
Baffle thickness: | 20mm |
Quick Details
Specifications
It's a precision test finger made in accordance with many standards like IEC 61032 figure 2, IEC 60950 figure 2A, IEC 60884, IEC 60335, UL507, and UL1278 figure 8.4. The standard test finger is intended to verify the basic protection against access to hazardous parts. The standard test finger is also used to verify the protection against access with a finger.
Relative products:
IEC 61032/60529 IP1X Test Probe A, 50mm Metal Sphere Figure 1
The IP1X Test probe A is intended to verify the
basic protection against access to hazardous parts. Test probe A is also used
to verify the protection against access with the back of the hand
IEC 61032/60529 IP3X Test Probe C, 2.5mm Test Rod Figure 3
IP3X Test Probe C is intended to verify the basic protection against access to hazardous parts. Test Probe C is also used to verify the protection against access with a tool.
IEC 61032/60529 IP4X Test Probe D, 1.0mm Test Wire Figure 4
Test Probe D is intended to verify the protection of persons against access to hazardous parts. Test Probe D is also used to verify the protection against access with a wire.
IEC 61032 Test Probe 1 50mm Test Sphere, Figure 5
Test probe 1 (50mm test sphere) is intended to verify the degree of protection of encloseures against ingress of solid foreign objects having a diameter of 50mm or greater.
IEC61032 Test Probe 2 12.5mm Test Sphere, Figure 6
Test probe 2 (12.5mm test sphere) is intended to verify the degree of protection of enclosures against ingress of solid foreign objects having a diameter of 12.5mm or greater.
IEC 61032 Test Probe 11 Rigid Finger Probe, Figure 7
Rigid Finger Probe may be used to verify the protection of persons against access to hazardous parts, and to verify the mechanical strength of openings in the enclosure of internal barries.
IEC 61032 Test Probe 12, Figure 8
Test probe 12 is intended to be used on appliances for verifying the inaccessibility of hazardous live parts or hazardous mechanical parts which are liable to be touched accidentally by a tool, for example a screwdriver or similar pointed object in normal use.
IEC 61032 Test Probe 13, Short Test Pin Probe, Figure 9
Test probe 13 is intended to verify the protection against access to hazardous live parts in class 0 equipment and class II equipment (see IEC 60536).
IEC 61032 Test Probe 14 Test Bar, Figure 10
Test Probe 14 is intended to verify the protection against access to hazardous live parts of socket-outlets through shutters.
IEC 61032 Test Probe 17 Test Wire, Figure 11
Test probe 17 is intended to verify protection against access to hazardous live parts of electrical toys.
IEC 61032 Test Probe 18, Child Finger Probe, Figure 12
The test probe 18 is intended to simulate access to hazardous parts by children of more than 36 months and less than 14 years.
IEC 61032 Test Probe 19, Children Test Finger Probe, Figure 13
The test probe 19 is intended to simulate access to hazardous parts by children of 36 months or less.
IEC 61032 Test Probe 31, Figure 14
Test probe 31 is intended to verify the protection provided by fan guards against access to hazardous mechanical parts.
IEC 61032 Test Probe 32, Figure 15
Test probe 32 is intended to verify the protection provided by fan guards against access to hazardous mechanical parts.
IEC 61032 Test Probe 41, Figure 16
Test probe 41 is intended to verify the protection against access to glowing heating elements,
IEC 61032 Test Probe 43, Figure 17
Test probe 43 is intended to verify the protection of fixed and portable visibly glowing radiant heaters.