Overview

Connectors, elbows, tees and gauge connectors terminating tube runs in female pipe threads. This range covers 7 variants: Female Connector NPT - FCN, Female Connector BSP - FCB, BSPP Gauge Connector - MFCBP, Female Bulkhead Connector NPT - FBCN, Female Elbow, Female Run Tee, Female Branch Tee. Female Connector NPT - FCN — A female connector terminates a tube run in a female NPT thread, accepting a male pipe thread from process equipment. It is the mirror of the male connector and is chosen wherever the mating equipment presents a male thread. Female Connector BSP - FCB — This connector terminates a tube run in a female BSP thread to ISO 7 or ISO 228, matching the pipe thread convention used across most European and Asian process installations. BSPP Gauge Connector - MFCBP — A gauge connector is dimensioned specifically for mounting pressure gauges and similar instruments onto a tube run. The parallel BSPP thread seals on a face rather than on the threads, which allows the gauge to be rotated to a readable orientation and locked without compromising the seal. Female Bulkhead Connector NPT - FBCN — A female bulkhead connector passes a tube run through a panel wall and terminates it in a female NPT thread on the far side, combining mechanical anchorage with a threaded connection point. Female Elbow — A female elbow combines a 90° direction change with a tube-to-female-thread transition, used where the mating equipment presents a male thread and the tube must approach from a perpendicular direction. Female Run Tee — A female run tee positions the female pipe thread on the straight run of the fitting, allowing inline mounting of threaded equipment on a continuing tube run. Female Branch Tee — A female branch tee places the female pipe thread on the branch port while the tube passes straight through the run, providing a side take-off point for threaded instruments.

Advantages

• Superior build quality with premium materials.
• High resistance to extreme temperatures and pressures.
• Seamless integration with existing automation systems.
• Low maintenance requirements resulting in lower TCO.