Showing results: 16 - 30 of 58 items found.
-
34932A -
Keysight Technologies
The Keysight 34932A module for the 34980A Multifunction Switch/Measure Unit gives you the most flexible connection path between your device under test and your test equipment, allowing different instruments to be connected to multiple points on your device under test at the same time. Dual 4x16, 8x16, or 4x32 configurations 128 2-wire cross-points 300 V, 1 A switch; 2 A carry current Connections to the internal DMM Latching armature relays, with relay counter Expandable via four 2-wire analog buses
-
M9130A -
Keysight Technologies
The M9130A is a general purpose switch with 26 independent, single-pole, double-throw (Form C) switches in a single PXI module. This module can be used to cycle power to products under test, control indicator and status lights or actuate external power relays and solenoids. The armature relays can handle up to 60W power. When needed, these relays can handle up to 6A pulsed carry current. Choose from the durable connector block or standard cable connections.
-
M9120A -
Keysight Technologies
The M9120A high-density matrix offers higher voltage switching of multiple channels in a single instance. Any row can be connected to any column, making it ideal for routing instrument signals to the device under test. This 2-wire switch matrix provides the durable armature switches allowing multiple channels to be connected at one time, up to 60W per channel. The 4-wire wide bus can be used to route signals between test instruments and the device under test. Choose from the durable connector block or standard cable connections.
-
M9122A -
Keysight Technologies
The M9122A is an 8x32 full crosspoint switch matrix offering high-voltage switching in a high-density PXI module. This module allows for higher voltage switching of multiple channels in a single instance. Any row can be connected to any column, making it ideal for routing instrument signals to the device under test. This module is configured with a common ground. The durable armature switches are capable of switching up to 100Vrms, with up to 60W of power. The 8-wide bus can be used to route signals between your instruments and the device under test. Choose from the durable connector block or standard cable connections.
-
M9103A -
Keysight Technologies
The M9103A, a high-density, high-power 99-channel multiplexer routes many different channels to a single point. The switches operate in a break-before-make mode that ensures no two points are connected at the same time, or multiple channels can simultaneously connect if needed. This module is ideal for routing multiple analog signals to a measurement device in an automated test environment (ATE) or data acquisition systems. Each channel switch has a high and low for 2-wire switching. The high-quality armature relays are capable of switching up to 100Vrms, with up to 60W of power. Choose from the durable connector block or standard cable connections.
-
Hilkar
Motor Starting Resistors are used to reduce the voltage at the motor terminals and also decrease the starting current. Motor Starting Resistors are necessary because the self resistance of a motor armature is very low. When the voltage is first applied, excessive current will flow. For limiting this current, since there will be no resisting back electromotive force (emf),some series resistance can be added to the armature windings.
-
MTC 2 -
Whitelegg Machines Ltd
Advanced automatic high precision electrical winding testers for testing products like alternators, stators, transformers, armatures and motors. Available as static or portable units from 6-50 kV.
-
SKF Condition Monitoring Center
These rack-style motor quality control units are rugged, field-proven systems for testing stators and armatures in high-volume manufacturing environments. They combine the most common electrical tests into an efficient automated solution.
-
778572-71 -
NI
66-Channel, 1 A, SPDT PXI Relay Module—The PXI‑2571 is a general-purpose switch module that features independent single‑pole double‑throw (SPDT) Form C armature relays. Each relay channel has a normally closed (NC), normally open (NO), and common (COM) terminal.
-
34922T -
Keysight Technologies
The Keysight 34922T is a terminal block for the 34922A 70-channel armature multiplexer, used for discrete wiring. It supports up to 20 AWG wire size for up to 100 connections or 24 AWG for 100 connections or more. Two terminal block options facilitate wiring connections to the 34922A module
-
778572-70 -
NI
40-Channel, 1 A, SPDT PXI Relay Module—The PXI‑2570 is a general-purpose switch module that features independent single‑pole double‑throw (SPDT) Form C armature relays. Each relay channel has a normally closed (NC), normally open (NO), and common (COM) terminal.
-
34931T -
Keysight Technologies
The Keysight 34931T is a terminal block for the 34931A dual 4x8 armature matrix. This terminal block is used for discrete wiring. It supports up to 20 AWG wire size typical for <100 connections or 24 AWG for >100 connections. The 34931T is a detachable terminal block with screw-type connections that provides a flexible method for connecting external wiring.
-
EMIC Corporation
The compact vibration generator is used for calibration of a vibrometer, measurement of mechanical impedance, excitation source for modal analysis and reliability test of a small light specimen. In particular, EMIC uses the world's first ceramic armature for the 512-D and 513-D vibration generator,making it possible to excite up to high frequency of 30 kHz (513-D can excite up to 24 kHz).
-
778572-69 -
NI
31-Channel, 2 A, SPST PXI Relay Module—The PXI‑2569 is a general-purpose switch module that features independent single‑pole single‑throw (SPST) Form A armature relays. It is fully software programmable and contains a 32,000‑step scan list for deterministic scanning capability. This module offers maximum relay density, so it is ideal for medium-power automated test loads.
-
Mors Smitt Group
An Instantaneous Relay is one in which there is no time delay provided intentionally. As the current coil is an inductor, there would be a certain delay to reach the current in the coil to its maximum value. There is also some time required for mechanical movement of the armature in the relay. These time delays are inherent in the instantaneous relay but no other time delay is intentionally added. These relays can be operated in less than 0.1 sec.