Feature
-
Structure/Material:
- Standard:Insulating Liner + Stainless Steel 304 Inner Core + Stainless Steel 304 Braid
- Option:Insulating Liner + Stainless Steel 316 Inner Core + Stainless Steel 316 Braid -
Conduit Size:
1/2" to 2" -
Conduit Length (L):
Max. 36" (UL Regulation) -
Compression Strength:
Max. 2000 psi (1/2", 3/4"), Max. 1200 psi (1"~2") -
Thread:
NPT, M -
RoHS:
Yes -
Certificate:
cULus (E490826), IECEx (IECEx UL 20.0075U), ATEX (DEMKO 20 ATEX 2393U), TS (TD09002U) -
ANSI/UL 1203
Size:1/2", 3/4"
--- Class I, Division 1, Groups A, B, C, D
--- Class II, Division 1, Groups E, F, G
--- Class III
Size:1", 1-1/4", 1-1/2", 2"
--- Class I, Division 1, Groups C, D
--- Class II, Division 1, Groups E, F, G
--- Class III -
IEC 60079
Size:1/2″ ~ 2″
Ex db ⅡC Gb
Ex tb ⅢC Db -
ATEX
Size:1/2″ ~ 2″
Ⅱ 2G Ex db ⅡC Gb
Ⅱ 2D Ex tb ⅢC Db
Parameter
Ordering Information
| Conduit Length (L) | Thread | Nominal Size (inch) | Min. Radius of Bend (mm) | Part Number | |||||
|---|---|---|---|---|---|---|---|
| 1/2" | 3/4" | 1" | 1-1/4" | 1-1/2" | 2" [N] | ||
| 254mm | 305mm | 356mm | 406mm | 406mm | 406mm | ||
| 4" | M | KF--GJH1F411 | KF--GJH2F411 | - | - | - | - |
| NPT | KF--GJH1F421 | KF--GJH2F421 | - | - | - | - | |
| 6" | M | KF--GJH1F611 | KF--GJH2F611 | KF--GJH3F611 | - | - | - |
| NPT | KF--GJH1F621 | KF--GJH2F621 | KF--GJH3F621 | - | - | - | |
| 8" | M | KF--GJH1F811 | KF--GJH2F811 | KF--GJH3F811 | - | - | - |
| NPT | KF--GJH1F821 | KF--GJH2F821 | KF--GJH3F821 | - | - | - | |
| 10" | M | KF--GJH1F1011 | KF--GJH2F1011 | KF--GJH3F1011 | - | - | - |
| NPT | KF--GJH1F1021 | KF--GJH2F1021 | KF--GJH3F1021 | - | - | - | |
| 12" | M | KF--GJH1F1211 | KF--GJH2F1211 | KF--GJH3F1211 | KF--GJH4F1211 | KF--GJH5F1211 | KF--GJH6F1211 |
| NPT | KF--GJH1F1221 | KF--GJH2F1221 | KF--GJH3F1221 | KF--GJH4F1221 | KF--GJH5F1221 | KF--GJH6F1221 | |
| 15" | M | KF--GJH1F1511 | KF--GJH2F1511 | KF--GJH3F1511 | KF--GJH4F1511 | KF--GJH5F1511 | KF--GJH6F1511 |
| NPT | KF--GJH1F1521 | KF--GJH2F1521 | KF--GJH3F1521 | KF--GJH4F1521 | KF--GJH5F1521 | KF--GJH6F1521 | |
| 18" | M | KF--GJH1F1811 | KF--GJH2F1811 | KF--GJH3F1811 | KF--GJH4F1811 | KF--GJH5F1811 | KF--GJH6F1811 |
| NPT | KF--GJH1F1821 | KF--GJH2F1821 | KF--GJH3F1821 | KF--GJH4F1821 | KF--GJH5F1821 | KF--GJH6F1821 | |
| 21" | M | KF--GJH1F2111 | KF--GJH2F2111 | KF--GJH3F2111 | KF--GJH4F2111 | KF--GJH5F2111 | KF--GJH6F2111 |
| NPT | KF--GJH1F2121 | KF--GJH2F2121 | KF--GJH3F2121 | KF--GJH4F2121 | KF--GJH5F2121 | KF--GJH6F2121 | |
| 24" | M | KF--GJH1F2411 | KF--GJH2F2411 | KF--GJH3F2411 | KF--GJH4F2411 | KF--GJH5F2411 | KF--GJH6F2411 |
| NPT | KF--GJH1F2421 | KF--GJH2F2421 | KF--GJH3F2421 | KF--GJH4F2421 | KF--GJH5F2421 | KF--GJH6F2421 | |
| 27" | M | KF--GJH1F2711 | KF--GJH2F2711 | KF--GJH3F2711 | KF--GJH4F2711 | KF--GJH5F2711 | KF--GJH6F2711 |
| NPT | KF--GJH1F2721 | KF--GJH2F2721 | KF--GJH3F2721 | KF--GJH4F2721 | KF--GJH5F2721 | KF--GJH6F2721 | |
| 30" | M | KF--GJH1F3011 | KF--GJH2F3011 | KF--GJH3F3011 | KF--GJH4F3011 | KF--GJH5F3011 | KF--GJH6F3011 |
| NPT | KF--GJH1F3021 | KF--GJH2F3021 | KF--GJH3F3021 | KF--GJH4F3021 | KF--GJH5F3021 | KF--GJH6F3021 | |
| 33" | M | KF--GJH1F3311 | KF--GJH2F3311 | KF--GJH3F3311 | KF--GJH4F3311 | KF--GJH5F3311 | KF--GJH6F3311 |
| NPT | KF--GJH1F3321 | KF--GJH2F3321 | KF--GJH3F3321 | KF--GJH4F3321 | KF--GJH5F3321 | KF--GJH6F3321 | |
| 36" | M | KF--GJH1F3611 | KF--GJH2F3611 | KF--GJH3F3611 | KF--GJH4F3611 | KF--GJH5F3611 | KF--GJH6F3611 |
| NPT | KF--GJH1F3621 | KF--GJH2F3621 | KF--GJH3F3621 | KF--GJH4F3621 | KF--GJH5F3621 | KF--GJH6F3621 | |
1. What is an explosion proof flexible coupling?
An explosion proof flexible coupling is a conduit component designed to prevent flame propagation while allowing flexible connections in hazardous areas.
2. Where are explosion proof couplings used?
They are commonly used in oil and gas, petrochemical, and industrial environments where explosive gases or vapors are present.
3.Why is flexibility important in hazardous area conduit systems?
Flexibility helps absorb vibration and movement, reducing mechanical stress and preventing damage to conduit connections.
4. What certifications are required for hazardous area products?
UL and IECEx are widely recognized certifications that ensure compliance with safety standards for explosion-proof equipment.
5.Is explosion proof flexible coupling suitable for offshore use?
Yes, it is designed for harsh environments including offshore platforms, where both explosion protection and durability are required.
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