PRODUCTS

Our Surface Temperature Probe is designed to meet the IEC60335-2-11 Figure 101 and IEC60335-2-6-2002 Figure 104 standard requirements. It is ideal for measuring temperature rise on the front surface of easily accessible parts in appliances such as drum-type dryers, upright electric cookers, cooking benches, and ovens. Perfect for temperatures up to 80°C, this probe ensures

This precision-engineered jointed finger probe is manufactured in full compliance with the IEC standards listed below and is also recognized for use in both Canadian and U.S. standards. Designed to simulate the movement and reach of a human hand, it features a palm simulator and restricted joint articulation to mimic realistic touch and access. The

This is a 75mm sphere used for testing kiddie rides and driving simulators according to IEC 60335-2-24, clause 20.2. It is made of aluminum to conserve weight.

This Amusement Machine Probe is a 150mm wooden sphere used for testing kiddie rides and driving simulators according to IEC 60335-2-82, clause 20.2. It is made of wood to conserve weight.

Precise, Forceful Testing for Safety Standards The UFP20 Unjointed Rigid Finger Probe is ideal for safety testing in accordance with IEC, CSA, and UL standards, particularly for applications requiring forceful insertion. This is the unjointed version of our Jointed Finger Probe – Model JFP10. Crafted from durable stainless steel for the finger and Delrin® for

Test Pin Probe – 15 mm, Used to test for accessibility of small objects and meets IEC, CSA and UL requirements.

For testing accessibility to hot and glowing parts.

The Ball Pressure Apparatus, Model BPA10,  is called out in IEC 60335, 60950, 61010, UL, CSA and European Norms. It is used to check the integrity of dielectric materials by exerting a 20 Newton force with the specially designed system of weights. The Ball Pressure Apparatus is also made of stainless steel for longer life.

Used as an insulating medium and for other safety testing applications. CORE 50 to 100 – 0.17mm to 0.25mm