CATALOGUE release 8.8

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Products designed for industrial applications.
General terms and conditions for sale are available on
Series MX 3/2-way isolation valves CATALOGUE
3
/1.35.01 3
> Release 8.8 TREATMENT >
TREATMENT
Series MX
lockable isolation 3/2-way valves
MX2 ports: G3/8, G1/2, G3/4 - MX3 ports: G3/4, G1
Modular
Manual, electro-pneumatic, servo-pilot and pneumatic control
Manual isolation valves are ideal to allow an easy access to the FRL group. The system
is depressurized with the de-activation of the valve.
Electropneumatic isolation valves: ideal where manual access is difficult, they allow a
maximum positioning flexibility and are designed to pressurize or depressurize pneumatic
systems. The built-in manual override guarantees security in case of an emergency.
The Series MX has been realized to offer
a multi-sector solution that guarantees
saving in terms of installation time, space
and costs. A special configurator, available
on Camozzi website at
camozzi.com (sec. Configurators), allows
the customer to choose the most suitable
solution for his application, selecting single
components or by configuring assembled
FRLs.
» » Standard tamperproof
lock-out (manual valve)
» » One/more locks for the lock-
out feature (manual valve)
» » Actuation at 24 V,
110 V or 230 V
» » Exhaust in atmosphere
»
» Silencers available
on request
GENERAL DATA
Construction modular, compact, spool-type
Materials see TABLE OF MATERIALS (pag. 3/1.35.02)
Ports MX2: G3/8 - G1/2 - G3/4
MX3: G3/4 - G1
Mounting in-line
wall-mounting (by means of clamps)
Operating temperature -5°C ÷ 50°C up to 16 bar (with the dew point of the fluid lower than 2°C at the min. working temperature)
-5°C ÷ 60°C up to 10 bar (with the dew point of the fluid lower than 2°C at the min. working temperature)
Operating pressure Manual valve: -0,8 bar ÷ 10 bar
Electro-pneumatic valve: 2 bar ÷ 10 bar
Servopilot or pneumatic valve: -0,8 bar ÷ 10 bar (with pilot 2 ÷ 10 bar)
Nominal flow see FLOW DIAGRAMS (pag. 3/1.35.03 e 3/1.35.04)
Nominal exhaust flow at 6 bar with ∆p = 1 bar MX2: 6000 Nl/min
MX3: 9200 Nl/min
Fluid compressed air