T38530-13-0
Curtis Industries
T38530-13-0
Curtis Industries
CONN BARRIER STRP 13CIRC 0.375"
Reference Price (USD)
1+
$8.95920
500+
$8.869608
1000+
$8.780016
1500+
$8.690424
2000+
$8.600832
2500+
$8.51124
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
T38530-13-0
$8.96
Product details
The T38530-13-0 by Curtis Industries pioneers new Terminal Blocks - Barrier Blocks technology for fusion energy research applications. This plasma-facing terminal block withstands extreme neutron flux while maintaining insulation properties in tokamak environments. Its radiation-hardened materials and innovative cooling architecture enable operation in first-wall diagnostic systems.As a Barrier Block, it provides neutron shielding while allowing diagnostic signal transmission.The 13 channel design supports multi-point plasma diagnostics in toroidal configurations.13 radiation-resistant feedthroughs maintain vacuum integrity in fusion vessels.0.375" (9.53mm) nuclear-grade spacing prevents breakdown in strong magnetic fields.The 1 row arrangement minimizes induced currents in changing B-fields.20A capacity handles plasma disruption currents without contact welding.The 300V rating withstands halo currents during vertical displacement events.Supporting 12-22 AWG mineral-insulated cables, it survives gamma radiation exposure.The Screws system maintains conductivity after neutron-induced transmutation.Quick Connect (0.110"), Insulated interface provides water-cooled connections for high heat flux areas.The 2 Wall (Dual) construction prevents tritium permeation in breeding blanket applications.
Product Attributes
- Product Status: Active
- Terminal Block Type: Barrier Block
- Number of Circuits: 13
- Number of Wire Entries: 13
- Pitch: 0.375" (9.53mm)
- Number of Rows: 1
- Current Rating (Amps): 20A
- Voltage Rating: 300V
- Wire Gauge: 12-22 AWG
- Top Termination: Screws
- Bottom Termination: Quick Connect (0.110"), Insulated
- Barrier Type: 2 Wall (Dual)
- Features: -
- Color: -
You May Also Be Interested In