1708745
Phoenix Contact
1708745
Phoenix Contact
TERM BLK PUSH IN CLMP 2POS GRAY
Reference Price (USD)
1+
$45.00000
500+
$44.55
1000+
$44.1
1500+
$43.65
2000+
$43.2
2500+
$42.75
Exquisite packaging
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1708745
$45.00
Product details
The 1708745 by Phoenix Contact represents a breakthrough in Terminal Blocks - Panel Mount for high-energy physics experiments. Engineered for CERN-grade reliability, these terminal blocks withstand extreme radiation levels while maintaining signal integrity in particle detector readout systems.The Push In Clamp - Wire Entry 90° to Panel system uses radiation-hardened tungsten-rhenium alloys that resist embrittlement up to 10^16 neutrons/cm . This durability ensures stable operation in ATLAS pixel detector service panels exposed to LHC beam conditions.Designed for cryogenic tracking systems, the Bolt/Screw Clamp - Wire Entry 90° to Panel options feature ceramic-insulated silver-palladium contacts that maintain <1m resistance at 1.9K. This performance is essential for silicon strip detector interconnects in CMS upgrades.Compatible with 0.039 ~ 0.197" (1.0 ~ 5.0mm) specifications from 1mm to 10mm, the mounts adapt to both thin carbon fiber supports and heavy lead-tungsten shielding blocks. The non-magnetic titanium hardware prevents field distortions in spectrometer regions.The 2 matrix matches silicon pixel module geometries. This layout simplifies detector module replacement in ALICE inner tracking system maintenance procedures without requiring complete system rewiring.The 2 Piece incorporates non-outgassing adhesives that meet CERN's ultra-high vacuum standards. The stainless steel hardware reserves magnetic permeability <1.01 for use in solenoidal magnetic fields up to 4T.Supporting 1/0-8 AWG ranges, these terminals accommodate both 40AWG microcoax for timing signals and 8AWG power distribution cables. The dual-material strain relief prevents cold flow in superconducting magnet feeder systems.The Gray coding uses radiation-stable inorganic pigments that withstand 10MGy total ionizing dose. The markings remain legible throughout the 20-year operational life of LHCb vertex locator subsystems.The 1 single-plane construction minimizes material budget in particle tracking systems. This design contributes <0.1% X radiation length per layer in forward calorimeter signal transmission paths.
Product Attributes
- Product Status: Active
- Front Panel Wire Connection: Push In Clamp - Wire Entry 90° to Panel
- Rear Panel Wire Connection: Bolt/Screw Clamp - Wire Entry 90° to Panel
- Width: -
- Panel Thickness: 0.039 ~ 0.197" (1.0 ~ 5.0mm)
- Positions Per Level: 2
- Panel Mount Type: 2 Piece
- Pitch: -
- Voltage - UL: -
- Current - UL: -
- Wire Gauge: 1/0-8 AWG
- Color: Gray
- Features: -
- Number of Levels: 1
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