Industry News | 2019-04-23 12:05:35.0
Speed up your wire crimp process with the right tools. Quick and Convenient Wire Crimping with this portable bench top unit . A custom 2 position die made to specifications speeds up the production process for this double barrel connector housing. The housing with 2 barrel contacts is placed into the tooling nest, and one AWG 4 wire is placed into each contact. Stepping on the pneumatic foot pedal crimps both wires and contacts at the same time.
Industry News | 2008-10-13 01:02:13.0
October 2008 � atg Luther & Maelzer GmbH, in cooperation with the Capital Equipment Group (CEG) of Everett Charles Technologies introduces a test protocol called ''4-wire (Kelvin)''. The 4-wire-test has long been a selectable option in the newest flying probe testers from atg-LM, A6 and A5 models.
Industry News | 2021-12-07 20:05:29.0
2-wire, 3-wire, and 4-wire transmitters refer to the transmitters whose outputs are analog DC current signals. They have quite many differences in working principles and structures, not only limited to wiring forms of the transmitters.
Industry News | 2021-08-11 02:54:42.0
Transmitters are used in wide applications, such as information transition and remote control by computers. Since transmitters determine devices to work, it is important to get the right one. Both wired and wireless transmitters are hot in recent years. But many of you have no idea about what to choose, and this article will take you to look at the two types' differences. In addition, it's also critical whether the wired or wireless sensors could meet the requirements of users. Both wired and wireless transmitters have advantages and disadvantages. Knowing these pros and cons, you could be clear about which type of transmitter is better for your own use.
Industry News | 2018-06-06 15:58:15.0
The SPD1168X supply is an economical, stable, reliable, single-channel power source with low ripple and noise (≤ 350 uV RMS/3mVpp;
Industry News | 2021-11-30 20:11:40.0
ASHCROFT pressure transmitter is one of the most commonly used transmitters in industrial applications. It is widely used in a variety of control environments, involving water conservancy and hydropower, railway transportation, intelligent building, production automation, aerospace, military, petrochemical, oil wells, electric power, ships, machine tools and pipelines.
Industry News | 2017-02-24 11:54:08.0
CAMI Research Inc. (Acton, MA) announces another new interface board for its CableEye cable and harness testing systems. Populated with precision resistors it allows users to determine empirically whether the HVX optional, add-on, 4-Wire measurement function requires calibration.
Industry News | 2017-02-28 12:17:56.0
CAMI Research will again host seminar & professional development training sessions at the Wire Processing Technology Expo in Milwaukee, and offer opportunities to win $500 in CableEye® accessories. These sessions will be held on the Tuesday – the EXPO set-up day. As an exhibitor, they will reveal a new self-driven exhibit for visitors to experience CableEye’s ease of use and flexibility, especially regarding automated testing.
Industry News | 2021-11-04 21:39:26.0
When the current flows through the stator winding, the stator winding produces a vector magnetic field. The magnetic field will drive the rotor to rotate an angle, so that the direction of magnetic fields of the rotor is consistent with that of the stator. When the vector magnetic field of the stator rotates an angle, the rotor also rotates at an angle with this magnetic field. Every input of an electric pulse leads the motor to rotate at an angle to advance one step. The angular displacement of the output is proportional to the number of pulses input, and the speed is proportional to the pulse frequency.
Industry News | 2021-12-14 20:10:25.0
When the current flows through the stator winding, the stator winding produces a vector magnetic field. The magnetic field will drive the rotor to rotate an angle, so that the direction of magnetic fields of the rotor is consistent with that of the stator. When the vector magnetic field of the stator rotates an angle, the rotor also rotates at an angle with this magnetic field. Every input of an electric pulse leads the motor to rotate at an angle to advance one step. The angular displacement of the output is proportional to the number of pulses input, and the speed is proportional to the pulse frequency.
