Model ZLT-I24:Dielectric strength test instrument
Metal pin having a mass of 100g,diameter Ø5 and Ø6.8-50g. Confirms to: IEC60065 Figure 6,and UL1310.
27.Model ZLT-P02: Test Sphere Probe
Diameter: 75mm , Confirm to the IEC60335-2-24 clause21.102.Sphere is hardened steel .
28.Model ZLT-P03: Scratching Tool Tip
Conform to the IEC60335-2-24 Figure102. Made entirely of hardened steel..
29.Model ZLT-P04: 4.0mm Hazardous Live Parts Probe
Diameter:4, length:100. Used to verify the protection against access to hazardous parts through top openings. Meets IEC, EN, UL and CSA Standards , including IEC 1010,IEC60065, EN61010-1, UL3101-1, and CSA 1010-1. The handle and stop face are made of nylon the rod is made of hardened steel.
Diameter:3,length:100.Used to verify protection against access to hazardous parts by use of a tool through holes which give access to preset controls. Meets IEC, EN, UL and CSA Standards including IEC 1010,IEC60335-2-25, EN61010-1, UL3101-1, UL3111-1 and CSA1010-1. The handle and stop face are made of nylon. The rod is hardened steel.
227.Model ZLT-P06:Flat Probe
This flat probe, 0,5 mm thick and 8 mm wide, with a rounded tip having a radius of 4 mm. It shall not be possible to touch live parts with this probe, when it is applied in any position with a force not exceeding 0,5 N, the chain being fitted with the lamps with which it is delivered. Conform to IEC60598-2-20 clause 20.11.2.
This is the “UL” test finger, researched and designed by UL, and required by most UL Sandards. Palm simulator and restricted joint movement simulates human finger movement. The handle is made of nylon. The finger is made of stainless steel.
32.Model ZLT-U02: Uninsulated Live Parts Probe
For testing accessibility in accordance with many UL Standards. The handle is nylon and the tip is stainless steel.
321.Model ZLT-U03: Uninsulated Live Parts Probe
For testing accessibility in accordance with many UL Standards. The handle is nylon and the tip is stainless steel.
For testing accessibility in accordance with many UL Standards. In many Standards, this probe is used for access to enamel coated wire (i.e. transformers and inductors). The handle is nylon and the tip is stainless steel.
34.Model ZLT-U05: Hazardous Moving Parts Probe
For testing accessibility to hazardous moving parts such as access to fan blades through a fan finger guard. Complies with UL Standards. The handle is made of nylon. The finger is made of stainless steel.
Conform to the UL1278 Fig 10.1, UL507 fig 8.1(PA160B).The handle is made of nylon. The finger is made of stainless steel.
Conform to the UL1278 Fig 10.2. The handle is made of nylon. The finger is made of hardened steel.
Conform to the UL1278 Figure 10.3. The handle is made of nylon.The finger is made of hardened steel.
Conform to the UL1278 Fig 10.4. The handle is made of nylon.The finger is made of hardened steel.
For testing enclosure rigidity in accordance with of UL982 and CSA versions of this Standard. Handle is nylon, tip is stainless steel.
Conform to the UL507 Fig 8.2(S2140).Probe for fan impellers and other moving parts of stationary fans and fans intended to be permanently connected electrically. Handle is nylon, tip is stainless steel.
41.Model ZLT-U12: Hazardous Moving Parts Probe
For testing accessibility to hazardous moving parts such as access to fan blades through a fan finger guard. Complies with UL1310 Fig 16.4 Standards. Handle is nylon, tip is stainless steel.
Conform to the UL499 Fig 6.4. Handle is nylon, tip is stainless steel.
43.Model ZLT-U14:UL Accessibility Probe:
Conform to the UL60095 Fig NAF.2 and NAF.3 shall be inserted into each opening in mechanical enclosure.Three steps of joints are with it, wedge-shaped probe Test probe for shredders. Made entirely of stainless steel. All parts precision machined.
Conform to the CSA C22.2. Handle is Delrin, tip is stainless steel.
Conform to the EN13683. Handle is Delrin, tip is stainless steel.
46.Model ZLT-FDT:Electrical Contact Indicator For Probe
The standard test finger is applied in every possible position,an electrical indicator with a voltage between 40Vand 50v being used to show contact with the relevant parts.
Output test voltage:AC45V