Thermoelectric Valve Actuators with proportional control signal and Valve Adaptors for different valve brands



Description

The proportional actuator APR/APV is a thermoelectric actuator for the discrete control of heating and cooling systems in direct proportion to the applied control voltage.

The control of the actuators is performed by a 0-10 Vdc, 2-10 Vdc or 10-0 Vdc signal via DDC contol system or by a room thermostat.

Principal area of application is the building management systems range.

Furthermore, the variants with valve path recognition automatically register the valve path for an optimum use of the active control voltage range, this guarantees an even more precise control of all valves.



Function

The actuator mechanism of the APR/APV-series actuator uses a PTC resistor-heated elastic element and a compression spring.

The elastic element is heated by applying the operating voltage and moves the integrated plunger.

The force generated by this movement is transferred to the plunger, thus opening or closing the valve.



Features

? Control Signals Proportional: 0-10 Vdc, 2-10 Vdc or 10-0 Vdc

? Power supply 24 Vac or 24 Vdc

? Actuating force 100 N

? Available in Normally Closed (NC) or Normally Open (NO)

? Stroke variants 4.0 mm / 5.0 mm (other stroke variants on demand)

? All around function indicator

? Adaptation check on valve

? Valve adaptors available to motorize most valve brands on the market

? Simple snap-on installation

? Power consumption 1 watt

? 360° installation position

? Patented 100% protection against leaky valves.

? First-Open Function

? Alignment aid on the valve

? Compact size, small dimensions

? Noiseless and maintenance-free

? High functional safety and long expected service life

? Certified by TüV and CE


16 different actuators:

APR 40405-00N:
Power supply 24 Vac
Control signal 0-10 Vdc
Stroke 4.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 40405-01N:
Power supply 24 Vac
Control signal 2-10 Vdc
Stroke 4.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 40405-02N:
Power supply 24 Vac
Control signal 10-0 Vdc
Stroke 4.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 42405-00N:
Power supply 24 Vdc
Control signal 0-10Vdc
Stroke 4.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APV 41405-10N:
Power supply 24 Vac
Control signal 0-10 Vdc
Stroke 4.0 mm
Force 100 N
Control direction NC NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition

APV 43405-10N:
Power supply 24 Vdc
Control signal 0-10Vdc
Stroke 4.0 mm
Force 100 N
Control direction NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition

APR 40505-00N:
Power supply 24 Vac
Control signal 0-10 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 40505-01N:
Power supply 24 Vac
Control signal 2-10 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 40505-02N:
Power supply 24 Vac
Control signal 10-0 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APR 42405-00N:
Power supply 24 Vdc
Control signal 0-10Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC (Normally Closed)
Average actuation delay 30 s/mm

APV 40505-00N:
Power supply 24 Vac
Control signal 0-10 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition

APV 40505-01N:
Power supply 24 Vac
Control signal 2-10 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NC NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition

APV 40505-02N:
Power supply 24 Vac
Control signal 10-0 Vdc
Stroke 5.0 mm
Force 100 N
Control direction NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition

APV 42505-00N:
Power supply 24 Vdc
Control signal 0-10Vdc
Stroke 5.0 mm
Force 100 N
Control direction NO (Normally Open)
Average actuation delay 30 s/mm
Valve path recognition


Different valve adaptors to be used between the valve and the actuator:

VA 02
Collar/Thread M30 x 1.50 for following valve
Oponor, LK

VA 10
Collar/Thread M30x1.5 for following valves
Siemens (Landis & Satefa)
Tour & Andersoson TBV-CM, TBV-CMP
Sauter VUT015 F210

VA 16
Collar/Thread M28x1.5 for following valve
Herz

VA 17
Collar/Thread M28x1.5 for following valve
MMA (Markaryd)

VA 18
Collar M30x1.5 for following valve
Honeywell

VA 26
Collar Clamping ring for following valve
Giacomini

VA 32
Collar/Thread M28x1.5 for following valve
Tour & Andersson before 1999

VA 39
Collar/Thread M30x1.0 for following valve
Oventrop

VA 50
Collar/Thread M30x1.5 for following valves
Landis & Gyr, Siemens VDN 215
Watts / Cazzaniga
Sauter VXLF220, BUT015 F410, BUT010 F400, BUT015 F210
Herz

VA 54
Collar/Thread M28x1.5 for following valves
Tour & Andersson RVT-K around 1992
MMA (Markaryd)

VA 59
Collar/Thread Clamping ring for following valve
Danfoss RAV/L

VA 72
Collar: Grub screw for following valve
Danfoss RAV

VA 78
Collar: Grub screw for following valves
Danfoss RA (RA N, RA UN) high flange

VA 80
Collar/Thread M30x1.5 for following valves
VCP′s VZH-series
Heimeier
Tour & Andersson as of 1999
Honeywell V9050
Johnson Controls V5210KC, V5510KC
Sauter VXL F200 & 210, BXL F200 & 210, BUT 010 F410


Download datasheet

Proportional Thermoelectric Valve Actuators APR/APV and Valve adaptors for different Valve Brands


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