Custom Probe Manufacturing At Ergonomics USA, we understand that not every testing application can be met with an off-the-shelf probe. That’s why, in addition to our extensive catalog of standard test probes, we also offer the possibility of custom-manufactured probes to meet unique requirements. With a fully equipped precision machine shop on-site, our team
Model RNT100 Rain-Test Spray Heads The RNT100 high-quality spray heads are designed for use with test apparatuses in rain and sprinkler tests, as specified in several Underwriters Laboratories (UL) standards. Crafted from durable white Delrin plastic, they are precisely machined to the dimensions shown in the Figure below. Each spray head is a two-piece assembly
Leverage our experience with designing and fabricating a complete impact test system. Do not waste time trying to figure out all the components required to perform the testing, and eliminate any uncertainty that the test complies with the standard testing requirements. Ergonomics offers a turnkey solution that can be used for testing immediately upon delivery.
This 50mm diameter Impact Test Ball weighing 500 grams is a specially machined ball to test impact resistance according to IEC standards below, as well CSA and UL standards. It is made of chrome-plated steel for durability, and is fitted with an eyelet to facilitate testing for pendulum applications. Ergonomics can also supply this ball
The UL Metal Articulated Probe is a precision test finger designed to meet Underwriters Laboratories (UL) requirements found in numerous safety standards. Specifically crafted for evaluating access to hazardous parts by children, this jointed probe accurately replicates the dimensions and movement of a small hand. For applications requiring a non-flexing, rigid design for forceful insertion,
Durable and Precise Testing for Accessibility Safety The UL Metal Rigid Probe is designed for testing equipment accessible by children, adhering to all IEC, UL, and international safety standards. Unlike the flexible UL Metal Articulated Probe – Model ULP20-68, the ULP25 offers a rigid design for more forceful insertion where flexibility is insufficient. Made of
THIS ITEM HAS BEEN DISCONTINUED.
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
High-Precision Accessibility Testing for Compliance The Model TPP15 Test Pin Probe is expertly crafted to meet IEC, CSA, and UL standards, ensuring precise testing for the accessibility of small objects in electrical safety applications. Designed and manufactured in-house, this stainless steel probe features a Delrin® handle for durability and ease of use. The pin tapers
The Gasket Test Apparatus is designed to evaluate the integrity and durability of gasket materials used in electrical enclosures classified as Type 2, 3, 3R, 3S, 4, 4X, 5, 6, 6P, 12, 12K, and 13. This test is conducted in accordance with the requirements outlined in Clause 8.13.3.3 — commonly referred to as the Compression
Safety Test Probe Kit PK950 contains the probes necessary for testing to IEC 60950: JFP10 – Jointed Finger Probe UFP20 – Unjointed (Rigid) Finger Probe TPP15 – Test Pin Probe ITB15 – Ø50mm Impact Test Ball, 500 grams TAP40 – Telecommunications Access Probe This kit includes a case to protect and safely transport your probes.
This precision probe is used to test for accessibility according to the latest IEC, CSA, and UL requirements. The probe is made of a Ø 4mm stainless steel rod that is 50mm in length, and connected to a Delrin Handle.
IEC testing of integrity of enclosure seams.
These test probes are safety requirements for the use of saws, as per the standards defined below. These precise probes are fabricated to confirm saw teeth blades are not in any proximity of the guards or the operator at any time. These probes also ensure it is not possible to touch any dangerous moving parts
This probe has been discontinued and has been replaced with the HP03. The HP03 is also manufactured to IEC 61010-1, Clause 6.2.4. This probe simulates jewelry to IEC 61010-1, Clause 6.2.4. The probe length is 100 mm long, and is made of white Delrin, The probe diameter is made of steel and is 3 mm
This 50mm diameter Ball Accessibilty Probe is a specially machined assembly to test impact resistance and accessibility according to IEC standards below, as well CSA and UL standards. This assembly consists of three (3) components. The first item is Ergonomics item ITB15, a 50 mm diameter impact test ball. The impact ball is connected to
The FWP10 Food Waste Probe is used for checking food waste disposal units. It is used to test to the following standards: IEC60335-2-16, IEC61032 and UL430.
This Amusement Machine Probe is a Ø 150mm sphere used for testing rides and driving simulators for children, according to IEC 60335-2-82, clause 20.2. It is made of wood to conserve weight. Other material options include Delrin or Aluminum.
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
The JFP335-20.2 is one of the new accessibility probes required by IEC 60335-1 clause 20.2 for testing the accessibility of moving parts in appliances.
The JFP335-2-14 is one of the new accessibility probes required by IEC 60335 for testing blenders. Meets the latest CB scheme requirements.
NAF2 Shredder Accessibility Probe Designed to Meet UL 60950 Safety Standards The NAF2 probe is specifically designed to help manufacturers and testing labs comply with the updated UL 60950 standard for paper shredders. This standard was revised after it was discovered that children and individuals with smaller hands could potentially access hazardous internal components on
This high quality precision probe, Model TAP40, is supplied in accordance with all IEC standards listed below. It is also used for CSA and UL requirements. The Telecommunications Access Probe is designed to check for limited access to telecommunications voltages (TNV), mainly encompassing telephone jacks and operator areas. This probe complies with all the standards
As required by Telecordia Standard GR-1089-CORE
The Jointed Children’s Finger Probes are supplied in a set of two. Model JFP32A is a simulation for zero to thirty six month old children. The second probe, Model JFP32B, is a simulation for three to fourteen year old children. These test fingers are used to test for protection against access to hazardous parts with
This high quality precision probe, Model UFP25, is supplied in accordance with all IEC standards listed below. It is also used for Canadian and USA standards. The Unjointed Finger Probe is made for forceful insertion where the flexibility of the Jointed Finger Probe, Model JFP10, would be difficult. Ergonomics designs and manufactures these probes in
IEC and UL testing security of snap-on parts.
Several models to choose from… To test to many IEC standards and UL standards.
The Screw-Base Lamp Gauge is designed to evaluate live parts of intermediate screw-base lamps. It is made of stainless steel. This gauge meets UL 588 standard.
Rubber ball used for dynamic stability testing to UL (USA) standards.
This 2.000 inch diameter Impact Test Ball weighing 535 grams is a specially machined ball to test impact resistance according to International Standards and UL 250. It is made of chrome-plated steel for durability, and is fitted with an eyelet to facilitate testing for pendulum applications. Ergonomics can also supply this ball without an eyelet
Used for testing to many UL Standards checking access to enamel coated wire.
UL Test for access to enamel coated wire.
The Moving Parts Probe is used in UL 507 to test for hazards from moving parts.
4 coins in one – checks access by US coins. UL Standard
The standard requires rotary power mowers to have protective shields. These shields prevent the operator’s foot from contacting the blade, either under the mower’s deck or in the discharge chute area, when the operator has his or her hands on the mower’s controls. Generally, a shield must prevent a foot probe from entering the path
The Blunt Probe is used in UL 1310 Standard for Class 2 Power Units.