Honeywell M6410C/L Product Data Download Page 2

M6410C/L, M7410C Small 3-Position Linear Valve Actuators 

EN0B-0096GE51 R0206

 

2

OPERATION 

General 

The movement of the electric actuators is produced by a 
screw spindle which is driven in both directions by a syn-
chronous motor through a set of gears. A magnetic clutch 
limits the torque of the gear assembly and the driving force of 
the actuators. The actuators are fixed to the valve body by 
means of a coupling ring requiring no tools for mounting. The 
actuators are maintenance-free and supplied completely with 
a ready-to-wire connecting cable. 
 

MOUNTING POSITION 

The actuator may only be mounted beside or above the valve. 
Adjust the valve to the correct position before mounting the 
actuator. 
 

 

Fig. 1 Mounting positions 

 

MOUNTING 

Before the actuator is fixed to the valve, you must remove the 
adjustment cap (Fig. 2). Make sure that the actuator is in the 
retract position (factory-supplied position) before fixing the 
actuator to the valve body. 
 

 

Fig. 2 Remove protection cap 

 

The actuator must be mounted by hand. Don't use tools or 
additional force because actuator and valve may be 
damaged. 
 

 

Fig. 3 Mounting the actuator 

 

ELECTRIC WIRING OF MOTOR 

A fuse with a contact gap of at least 3 mm for each pole must 
be fitted with the fixed installation. The fuse rate is max. 2 A. 
The electrical installation must comply with the wiring diagram 
shown in Fig. 4. 
 

MANUAL OPERATION 

The actuators with integrated manual operation (see table 
"Versions") feature a hexagonal key hole for manual 
operation. For more comfort, an additional knob for manual 
adjustment is packed separately. To avoid damaging the 
valve, separate the actuator from the power supply before 
adjusting manually. 
 

4 mm

 

Fig. 5 Manual operation 

 

Summary of Contents for M6410C/L

Page 1: ... and minimum power consumption is required The actuators are both attractive and robust in design FEATURES Small size allows installation where space is limited Low power consumption Reliable longtime operation because mechanical feedback potentiometers and mechanical end switches are not required Magnetic coupling for stem force limitation and self adjustment of the close off point Reversible syn...

Page 2: ... actuator is fixed to the valve you must remove the adjustment cap Fig 2 Make sure that the actuator is in the retract position factory supplied position before fixing the actuator to the valve body Fig 2 Remove protection cap The actuator must be mounted by hand Don t use tools or additional force because actuator and valve may be damaged Fig 3 Mounting the actuator ELECTRIC WIRING OF MOTOR A fus...

Page 3: ...h its own cable Auxiliary switch S1 switches when the stem reaches its fixed switchpoint Auxiliary switch S2 switches when the stem reaches its adjustable switchpoint a a b b c c Fig 7 Auxiliary switch cables Adjustment of Auxiliary Switch 2 Auxiliary switch 2 should be adjusted by a skilled person only Move the actuator to the position where the switch is to be tripped Cut the plastic skin with a...

Page 4: ...B A B A B DN15 DN40 DN25 DN40 DN15 DN20 DN15 DN20 S1 S2 close close close close open open open open 24 Vac max 100 mA 230 Vac max 5 1 A 230 Vac only M6410C L M7410E BROWN BLACK BLUE BROWN BLACK BLUE BROWN BLACK BLUE BROWN BLACK BLUE BROWN BLACK BLUE BROWN BLACK BLUE Fig 9 Electric wiring of auxiliary switch Application Example Switching Off an Electrical Appliance 2 Way Valve DN 15 DN 20 max 5 1 A...

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