Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Solenoid valves manifold Series 2500 Optyma-T EVO 1 Air distribution 1 | 120 Usage examples EXAMPLE 1 Manifold of 12 monostable solenoid valves on which you want to interrupt signals 7-8. Assembly: - 6 monostable solenoid valves (not interruptible because before the module) - 1 additional power supply module - 6 monostable solenoid valves Note: the first 2 of these 6 monostable solenoid valves are interruptible by the module, while the following 4 will work correctly managed directly by the corresponding command signals. EXAMPLE 2 Manifold of 12 monostable solenoid valves on which you want to interrupt signals 7-8-9. Assembly: - 6 monostable solenoid valves (not interruptible because before the module) - 1 additional power supply module - 3 monostable solenoid valves (interruptible) - 1 closing plate mounted on a monostable base - 3 monostable solenoid valves (work correctly managed directly by the corresponding command signals) EXAMPLE 3 Manifold of 7 monostable and 3 bistable solenoid valves in which you want to interrupt signals 2-3-4-5 and 8-9-10-11. Assembly: - 1 monostable solenoid valve (not interruptible because before the module) - 1 additional electro-pneumatic shut-off module - 6 monostable solenoid valves Note: the first 4 of these 6 monostable solenoid valves are interruptible by the module, while the following 2 will work correctly managed directly by the corresponding command signals. Note no. 2: The pilots of the 6 solenoid valves downstream of the intermediate electro-pneumatic shut-off module are pneumatically powered by the module itself. - 1 additional electro-pneumatic shut-off module - 3 bistable solenoid valves Note no. 3: the first 2 of these 3 bistable solenoid valves are interruptible by the module, while the following will work correctly and are managed directly by the corresponding command signals. Note no. 4: The pilots of the 3 solenoid valves downstream of the intermediate electro-pneumatic shut-off module are pneumatically powered by the module itself. Key S.V. electrically managed by the shut-off module: S.V. pneumatically managed (12/14) by the shut-off module:
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