iVM ACTUATOR

iVM Range non-intrusive electronic actuators are designed for multi-turn operating applications on valves and dampers.

KEY FEATURES
  • Direct multiturn output torques ranging from 15 N•m (11 lb•ft) to 400 N•m (296 lb•ft)
  • Indirect multiturn output torques when coupled with spur gearbox up to 2400 N•m (1776 lb•ft)
  • Enclosures meeting the sealing standards of CSA and NEMA Type 4X along with IP68 Ingress Protection
  • ON/OFF and Modulating Control as standard
  • Modbus and Profibus as standard
  • Patent obtained in USA

Direct output torques ranging from 15 N•m (11 lb•ft) to 400 N•m (296 lb•ft)
Indirect output torques when coupled with gearbox up to 2400 N•m (1776 lb•ft)
High efficiency brushless DC motor technology
Field selectable output speeds ranging from 15 RPM to 120 RPM
Output speed can be changed in both directions
Output torque remains constant when output speed changes
Easily viewable large multi-language backlit LCD display
Non-intrusive reed switches allow for easy actuator configuration and local operation
High grade aluminum alloy enclosures
Exteriors protected with a durable polyester powder coating
Double O-ring sealing prevents moisture ingress into controls enclosure
Enclosures meeting the sealing standards of CSA and NEMA Type 4X along with IP68 Ingress Protection (8 metres for 120 hours)
Self locking EPI-CYCLICAL gear train with minimum backlash prevents back driving
Oil lubricated drive train
Lockable Manual Handwheel Override which when engaged prevents electrical operation
Mounting base conforming to ISO 5210 standard
Standard Operating Temperature range of -20°C to +70°C (-4°F to +158°F)
Standard voltages of 220VAC, 1PH, 60Hz, 220VAC 3PH, 60Hz, 380VAC, 3PH, 60Hz ±10%
ON/OFF and MODULATING Control as standard
AI, AO, DI, DO modules as standard
Analog sensitivity range 0.0 to 5.0% of the total stroke (Default value is 1%)
Modbus and Profibus communication offered as standard
Bluetooth supports datalogging through APP
Conforms to duty performances of EN 15714-2 Electrical Actuators For Industrial Valves

  • Class A – On/Off – 15 minutes running time per hour based on an average load of at least 30% of rated torque
  • Class B – Inching – 30 starts per hour with an average load of 30% of the rated torque
  • Class C – Modulating – 1200 starts per hour with an average load of 30% of the rated torque and a cyclic duration of not less than 25%

Internal 24V DC control voltage offered as standard (10W maximum load capacity)

Additional Features:
Standard 4 SPDT dry contacts (1A@250V AC) for indication purposes
Relay contacts are available as both NO (normally open) and NC (normally closed)
Relay output modes: No Output, Full Close, Full Open, Torque Off Close, Torque Off Open, Torque Off Close or Open, Fault Signal, Signal Flash, Actuator Ready, Local/Remote, Motor Temperature Fault, Motor Temperature Alarm, Maintenance Signal, Moving Close, Moving Open, DI Module Fault, AI Module Fault
Settings are hierarchical password protected to enforce security
Automatic phase correction (3 phase models)
Phase lost protection alarm (3 phase models)
Built-in Resettable Motor Thermal Protection
Independent Settable Open and Close Torque Switches
Jammed Valve Protection (Torque switches can be set in the range of 30% to 100% of rated torque)
Torque can be adjusted within a user selectable end position range
Output speeds slow down within the user selectable end position range
User selectable re-try efforts 0-5. When actuator torque trips in mid travel the actuator will travel back in the opposite direction about 3% and then travel forward again to see if it can pass the point where the torque trip occurred
Dedicated ESD (Emergency shutdown) Control Input

Optional Features:
Extra 4 SPDT dry contacts (1A@250VAC) for indication purposes
Other voltages
Heater
110V AC control voltage
Explosionproof Enclosures for Hazardous Environments (Pending)

iVM Range Multiturn Dimensional DrawingsiVM Range Multiturn (Spur Gear) Dimensional Drawings

Output Torque (N⋅m)Output Torque (Lb⋅ft)EnclosureiVact Model Drawing
4130WatertightiVM-2AWN (Non-Rising Stem Base)
5541WatertightiVM-2BWN (Non-Rising Stem Base)
8059WatertightiVM-2CWN (Non-Rising Stem Base)
10074WatertightiVM-2DWN (Non-Rising Stem Base)
4130WatertightiVM-2AWR (Rising Stem Base)
5541WatertightiVM-2BWR (Rising Stem Base)
8059WatertightiVM-2CWR (Rising Stem Base)
10074WatertightiVM-2DWR (Rising Stem Base)
Output Torque (N⋅m)Output Torque (Lb⋅ft)EnclosureiVact Model Drawing
12391WatertightiVM-2AW0/SG201N (Non-Rising Stem Base)
162120WatertightiVM-2BW0/SG201N (Non-Rising Stem Base)
234173WatertightiVM-2CW0/SG201N (Non-Rising Stem Base)
205152WatertightiVM-2AW0/SG202N (Non-Rising Stem Base)
270200WatertightiVM-2BW0/SG202N (Non-Rising Stem Base)
390289WatertightiVM-2CW0/SG202N (Non-Rising Stem Base)
378280WatertightiVM-2BW0/SG203N (Non-Rising Stem Base)
546404WatertightiVM-2CW0/SG203N (Non-Rising Stem Base)
693513WatertightiVM-2DW0/SG203N (Non-Rising Stem Base)
12391WatertightiVM-2AW0/SG201R (Rising Stem Base)
162120WatertightiVM-2BW0/SG201R (Rising Stem Base)
234173WatertightiVM-2CW0/SG201R (Rising Stem Base)
205152WatertightiVM-2AW0/SG202R (Rising Stem Base)
270200WatertightiVM-2BW0/SG202R (Rising Stem Base)
390289WatertightiVM-2CW0/SG202R (Rising Stem Base)
378280WatertightiVM-2BW0/SG203R (Rising Stem Base)
546404WatertightiVM-2CW0/SG203R (Rising Stem Base)
693513WatertightiVM-2DW0/SG203R (Rising Stem Base)
iVL Range Wiring Diagram Codes and DescriptionsiVL Range ModelsiVL Range Wiring Diagram Numbers
MA – 220V AC/1/60Hz ON/OFF (24V DC control) and Modulating control c/w 4 relays and BUS communication

iVM-A, B, C, D 

M-2AAAA11N-1
MB – 220V AC/1/60Hz ON/OFF (24V DC control) and Modulating control c/w 8 relays and BUS communicationiVM-A, B, C, DM-2AAAB11N-1 
MC – 220V AC/1/60Hz ON/OFF (24V DC control) and Modulating control c/w 4 relays, BUS communication and heateriVM-A, B, C, D M-2ABAA11N-1 
MD – 220V AC/1/60Hz ON/OFF (24V DC control) and Modulating control c/w 8 relays, BUS communication and heateriVM-A, B, C, D M-2ABAB11N-1