Showing results: 211 - 225 of 573 items found.
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DR-072430-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-031930-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-071924-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-031924-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-101930-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-102420-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-071920-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-051920-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-082430-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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DR-032424-S -
ELMA Electronic, Inc.
Unshielded drawers with writing surface are constructed of 20 ga. CRS and are furnished with ball bearing chassis slides to provide smooth operation. Available for 19" and 24" rackmount in 20", 24" and 30" depths, with or without a keylock
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LFG-50 -
Kharkovenergopribor Ltd.
• tracing – finding the route and determining the burial depth of underground cables and other hidden utilities;• fault location – pinpointing interphase and phase-to-sheath short circuits faults;• cable identification – identifying a correct cable from a bunch.
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RoBAT SCARA-PDM -
RoBAT Ltd.
*Compliant Pin Depth Machine for both Backplanes and Linecards*Very cost-effective solution*Will also detect miss-pressed connectors*All sizes of compliant pin, from fine pitch high speed, through to larger power pins
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DXL4 -
C.Scope International Ltd
The C.Scope DXL4 is a dual-frequency (33+131kHz) Cable Avoidance Tool with Depth Measurement. In-built Data Logging as standard. Bluetooth™ connectivity and GPS tracking options available. Designed for use with an SGA4 or SGV4 Signal Generator.
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MT91 Series -
Newage Testing Instruments, Inc.
The Newage MT91 System is an automatic microhardness testing system that uses the Rockwell method for the hardness result. Hardness is measured based on the depth of penetration rather than using an optical system to determine hardness based on the impression diameter.