FEATURES:

  • Stroke: 50, 100, 150, 200, 250, 300, 350, 400, 500 and 750mm (others on request)
  • Materials:
    Motor and actuator tube are powder coated steel or stainless steel
    Piston rod is stainless steel
    Front and rear brackets are aluminium or stainless steel
  • Protection class: IP66 (standard), harsh environment (according to IP68 and IP69)
  • Temperature:
    Operation: -20°C to +50°C
    Storage: -40ºC to +70ºC
  • Cable: 1m, 2X1.3mm² (AWG16), Ø=6.4mm, black, Molex Mini-Fit Jr. 6 pin
  • Max. static load/Self locking force: 18.100N, depending on stroke length for push-applications
  • Duty cycle: Max. 10% or 2 minutes in use followed by 18 minutes rest

 

SPEED AND FORCE

24VDC (28VDC) - Current at maximum load: 11,5A

 Gear ratio D E F G H
 Force (dyn. push and pull) [N] 1900     4300     6600     8100     10000    
 Speed at maximum load [mm/s] 26 12 8 6 5
Max. load limited for stroke length > 400mm: 5000N

 

SPEED/FORCE

Nopeus voimae 60

FORCE/CURRENT

Voima virtae 60
Mitate 60
 EL Clevis rear      Hall Sensor      UL/EN60.601      Harsh environment      Emergency lowering/spline     
 Stroke + 358*      - +15 +15 +25 +31/+10

*If stroke >400mm: EL+25mm (not Harsh Environment version)
Axial backlash: +/- 0,5mm, generally length tolerance +/- 1mm

 

WEIGHT OF THE ACTUATORS:

 Stroke length [mm]     
 50      100      150      200      250      300      350      400      500      750     
 Weight [kg] 4,1 4,4 4,7 5 5,3 5,6 5,9 6,2 6,8 7,6

Actual weight may vary depending on model and options selected.

CONNECTING PARTS "MOTOR-SIDE":
HINGE EYE

Saranasilmä1 e 60

Aluminium
Code: A3M
Maximum static load: 16800N

Stainless steel (316)
Code: C3M
Maximum static load: 16800N

 

 

HINGE EYE WITH SPHERICAL BEARING

Saranasilmukka1 e60

Aluminium
Code: E3M
Maximum static load: 11000N

Stainless steel (316)
Code: J3M
Maximum static load: 11000N

 

CLEVIS

Clevis1 e60

Aluminium
Code: F3K
Maximum static load: 16800N

Stainless steel (316)
Code: H3K
Maximum static load: 16800N

 

 

 

CONNECTING PART "PISTON ROD-SIDE"
HINGE EYE

Saranasilmä2 e60

Aluminium
Code: A3K
Maximum static load: 16800N

Stainless steel (316)
Code: C3K
Maximum static load: 16800N

 

HINGE EYE WITH SPHERICAL BEARING

Saranasilmukka2 e60

Aluminium
Code: E3K
Maximum static load: 11000N

Stainless steel (316)
Code: J3K
Maximum static load: 11000N

 

CLEVIS

Clevis2 e60

Aluminium
Code: F3K
Maximum static load: 16800N

Stainless steel (316)
Code: H3K
Maximum static load: 16800N

 

 

FOR THE FIXATION OF THE EASYE-LINE ACTUATORS WE OFFER THE FOLLOWING BRACKETS:

 
Eel900ba60 1ks

EEL900BA60-1KS

Piston rod side
Max. load: 5.000N
Order No.: EEL900BA60-1KS
 
 
 
 

.

Eel900ba60 1ms

EEL900BA60-1KS

Piston rod side
Max. load: 5.000N
Order No.: EEL900BA60-1KS
 
 
 
 
 
 

RECOMMENDED MOUNTING METHODS:

  • Do not clamp actuators on tubing
  • Always keep both brackets mounted in the same orientation and ensure to flush mount actuator
  • Brackets must always be able to rotate on axels in mountings
  • Avoid radial forces at all times
Easye asennus

PLEASE NOTE

  • Never expose the actuator to hammer strike during installation or in other situations
  • Retrofitted bushings should be pressed into the bracket-borings. No hammering
  • Power supply without over-current protection can cause serious damage to the actuator at mechanical end-stop or when actuator is overloaded in another way
  • Keep piston tube clean
  • Longer cable lengths may cause voltage drop which affects the performance of the actuator
  • For medical applications (IEC60601-1, ANSI/AAMI/ES60601-1, CAN/CSA-C22.2 No60601-1):
    Operating temperature +5ºC to +48ºC, Relative humidity 20% - 70% atmospheric pressure = 1atm.
    Connect to medically approved supply source only and according to guidelines provided with the source.
  • Function of the actuator is subject to the settings of the control box
  • The dust and water sealing of harsh environment actuators might affect their performance
  • All specifications are for 25 ºC ambient – low temperature might affect performance
  • Depending on load and application, nominal and actual stroke length may differ due to internal disc springs not being fully compressed.
  • The combination of gearing and stroke can cause limitations in the use of „End limit FW“ when using the S2-3 controller.