Enerpac FZ-1612 3/8"-NPTF High-Pressure Tee Fitting

Name: Enerpac FZ-1612 3/8"-NPTF High-Pressure Tee Fitting
Rating: 4.8 (7 reviews)

Delivery Time: 0-3 days

Product Highlights

• [Tee Split Design]: Splits hydraulic flow for more connected tools or parts.

• [High Pressure Ready]: Built to handle tough high-pressure work.

• [Standard Female Ports]: Connects easily with matching hydraulic hoses and fittings.

• [Leak-Free Connection]: Helps keep hydraulic connections safe and secure.

• [Strong Metal Build]: Made for durable use in demanding work settings.

Overview
Specifications
FAQ
User Guides
Reviews

The Enerpac FZ-1612 is a high-pressure hydraulic tee fitting with three 3/8-18 NPTF female ports rated to 10,000 psi (700 bar). It enables a single hydraulic line to branch into two — connecting pumps, cylinders, gauges, and other hydraulic components in configurations that require flow splitting or system expansion.

All three ports share the 3/8-18 NPTF female thread standard used throughout the Enerpac tooling ecosystem, allowing direct connection to Enerpac hoses and compatible fittings. The metal body provides the pressure integrity required for sustained operation at rated system pressure in industrial production and maintenance environments.

Best For:

- Splitting a single pump output to power two hydraulic cylinders simultaneously or sequentially

- Adding a hydraulic gauge to a pressurized Enerpac circuit without breaking the main line

- Expanding existing hydraulic setups by adding additional cylinder or tool connections

- Field maintenance and production configurations requiring flexible 3/8 NPTF porting

- Any 10,000 psi Enerpac hydraulic system requiring a rated tee branch point

Key Features:

- Tee fitting: splits or combines flow across three 3/8-18 NPTF female ports for flexible hydraulic circuit design

- 10,000 psi (700 bar) rated: compatible with full Enerpac system pressure throughout RC, RCH, RSM, and P-series setups

- 3/8-18 NPTF female × 3/8-18 NPTF female: all three ports share the standard Enerpac hose thread — no adapters needed

- Leak-free design: Enerpac hydraulic fittings are engineered for safe, flexible, leak-free connections at rated pressure

- Metal construction: withstands sustained high-pressure industrial operation in field and production environments

Quick Specs:

- Max Operating Pressure: 10,000 psi (700 bar)

- Fitting Type: Tee

- Connection From: 3/8-18 NPTF Female

- Connection To: 3/8-18 NPTF Female (all three ports)

- Length (Dimension A): 1.77 in (45 mm)

- Body Width (Dimension B): 1.00 in (25 mm)

What's Included:

- Enerpac FZ-1612 high-pressure hydraulic tee fitting

General Specifications
Brand	Enerpac
Model No.	FZ-1612

Product Details
Color	Silver
Material	Metal

Q: What type of fitting is the FZ-1612?

A: The FZ-1612 is a high-pressure hydraulic tee fitting. It has three 3/8-18 NPTF female ports arranged in a T-configuration, allowing one inlet to split into two outlets (or two inlets to converge to one outlet) within a hydraulic circuit.

Q: What thread does the FZ-1612 use?

A: All three ports on the FZ-1612 are 3/8-18 NPTF female thread — the same standard thread used on Enerpac hydraulic hoses, pumps, and cylinders throughout the 10,000 psi tooling range.

Q: What is the maximum operating pressure of the FZ-1612?

A: The FZ-1612 is rated to 10,000 psi (700 bar) maximum operating pressure.

Q: Can the FZ-1612 be used to connect a pressure gauge to an Enerpac system?

A: Yes. The FZ-1612 tee allows a gauge or additional component to be added to an existing hydraulic line by providing a third 3/8-18 NPTF female port without interrupting the main circuit.

Q: Is the FZ-1612 compatible with Enerpac RC-series cylinders and P-series pumps?

A: Yes. The FZ-1612 uses the standard 3/8-18 NPTF female thread found on Enerpac hoses and fittings throughout the RC, RCH, RSM, and P-series tooling ecosystem.

Q: What material is the FZ-1612 made from?

A: The FZ-1612 is constructed from metal for durability and sustained high-pressure performance in industrial environments.