Hydraulic Products, TLX Couplings & Nipples
Series 307 TLX - 3/8”
TLX is a Flat-Face twist lock coupling for the toughest applications in the construction and demolition segment. This super-duty quick connect coupling is designed to work with the highest surge flows and the toughest pressure impulses. TLX is made from high alloy steels with Zinc-Nickel surface treatment for a long life in the harshest conditions. The Series is available in sizes from 3/8” to 1 1/2” to cover most applications.
- The couplings and nipples are also available in 5 other sizes: 1/2” (Series 507) 3/4” (Series 607) 1” (Series 707) 1 1/4” (Series 807) and 1 1/2” (Series 907)
Coupling | Part No. | Connection |
Female thread | 10 307 1104 103071104 | |
10 307 1204 103071204 | ||
10 307 1205 103071205 | ||
10 307 1234 103071234 | ||
10 307 1404 103071404 | ||
10 307 1604 103071604 | ||
Nipple | Part No. | Connection |
Female thread | 10 307 6204 103076204 | |
10 307 6104 103076104 | ||
10 307 6205 103076205 | ||
10 307 6234 103076234 | ||
10 307 6404 103076404 | ||
10 307 6604 103076604 | ||
Dust cap – aluminum with wire harness | Part No. | Connection |
Coupling/Female | 10 307 1001 103071001 | |
Nipple/Male | 10 307 1051 103071051 | |
Technical data | |
40 l/min (8.8 GPM) @ 3bar ΔP ** | |
-30°C — +100°C (-22°F — +212°F) | |
High alloy steels with Zinc-Nickel surface | |
High alloy steels with Zinc-Nickel surface | |
Nitrile (NBR) | |
420 bar (6091 PSI) | |
420 bar (6091 PSI) | |
1680 bar (24366 PSI) | |
1000 bar (14503 PSI) | |
Connection with residual pressure only limited by operator strength | |
Disconnection with residual pressure in the system is allowed |
(**) - If the application is constantly above this flow rate on respective coupling size, a larger coupling size should be considered to avoid too high pressure drop. The couplings can handle much higher flow rate during short time periods, but there is a risk of heat build-up in the system. Surge flows far above normal flow rate is in general not a problem.
- TLX is pressure impulse tested at 525 bar (7614 psi) for 1.000.000 impulses acc. to ISO 7241-2.