Name: APM
Brand: Stucchi

APM

The “APM” male flat face coupling series is the Stucchi solution for the manual connection with residual pressure in the circuit. The couplings have a triple valve system: double internal pressure release valve and the flat face valve. This system easily allows the connection of couplings with the presence of high internal residual pressure without fluid loss. Based on this main feature, “APM” couplings are the ideal solution to hydraulic applications where there is the requirement to connect the circuit with internal residual pressure.

Request for information

Item code

Type

Product name

805203001

M APM17 1 BSPT

Detail

805203003

M APM9 3/8 BSPT

Detail

805200055

M APM9 1/4 BSP

Detail

805200015

M APM30 1-1/2 BSP

Detail

805200017

M APM21 1-1/4 BSP

Detail

805200037

M APM17 3/4 BSP

Detail

805200003

M APM9 1/2 BSP

Detail

805200005

M APM13 1/2 BSP

Detail

805200007

M APM13 3/4 BSP

Detail

805200009

M APM15 3/4 BSP

Detail

805200011

M APM17 1 BSP

Detail

805200001

M APM9 3/8 BSP

Detail

Technical characteristics

- Interchange

ISO 16028

- Valving style

Flat Face

- Connection system

Push

- Locking mechanism

Locking ball, Safety lock

- Connection Under Pressure

Allowed with Easy CUP

- Material / Treatment

Carbon steel, Cr3

- Sealing

Nitrile NBR

- Available threads

BSP, NPT, SAE

- Available sizes

3/8”, 1/2", 5/8", 3/4", 1", 1-1/2", 2"

- Operating pressure

up to 350 bar

- Flow rate

up to 750 l/min

- Temperature

-20°C / +100°C

Connection under residual pressure is allowed in one side and the internal valve system allows an easy connection.
Flat face is easy to clean, reducing the inclusion of contamination to the hydraulic circuit.
Minimal fluid loss during disconnection, reducing fluid loss to the environment.
Minimal air inclusion during connection / disconnection.
Internal pressure release valve system allows manual connection with high internal residual pressure.
Patented internal valve design creates minimal pressure drop, maintaining circuit efficiency in the system.
The modular design allows flexibility with a wide range of configurations.
Good resistance at impulse pressures.
Compact slim design.
Safe and simple to use.