
LTK-T Push-Pull Fluid Connectors for Liquid Cooling, to +175 °C
Push-pull bayonet · double seal · 20 bar · −55 to +175 °C
Push-pull bayonet fluid connectors that connect liquid-cooling modules and pipework in rugged electronics, with double seals and low spillage.
Liquid-cooled electronics need fluid connectors that couple with one hand, seal while connecting and disconnecting, and keep pressure drop low.
LTK-T connectors (−55 to +175 °C, nickel-fluorocarbon finish) and TSA connectors (anodized aluminum or stainless steel, 1000 mating cycles) cover bores from 3 to 20 mm, 20 bar working pressure and flows up to 94 L/min. Both are shock and vibration tested with pressurized fluid.
| Series | Bore | Max. pressure | Max. flow | Temperature | Mating cycles |
|---|---|---|---|---|---|
| LTK-T | 3 to 16 mm | 20 bar | 2–60 L/min | −55 to +175 °C | 500 |
| TSA | 3 to 20 mm | 20 bar | 2–94.2 L/min | −55 to +95 °C (FVMQ to +155 °C) | 1000 |

Push-pull bayonet · double seal · 20 bar · −55 to +175 °C

Bayonet · 3–20 mm bores · 1000 cycles · low spillage
Pick the bore from your flow: 2 L/min (3 mm) to 94 L/min (20 mm); LTK-T Kv values are published.
LTK-T to +175 °C; TSA with EPDM to +95 °C or fluorosilicone to +155 °C.
TSA spillage per mating 0.002 to 0.09 cm³.
Aluminum with T finish (LTK-T); anodized aluminum or stainless steel (TSA).
J599HV for the same power electronics.
Yes. Tell us your coolant, tube or hose size and routing, and we will propose connectors and fittings.
Part number, drawing, pin-out or a short description of your application.
Our engineers match the configuration and reply with a drawing and quotation.
Samples are made to your order. Third-party testing to your specification is available on request.
You test the samples in your own equipment and approve them.
Production follows the approved sample configuration.
Send your part number, pin-out or drawing. An engineer will reply by email.