Drives
drives
Reliable, precise actuation in efficient control systems
Features
Automatic adaptation to valve, precision activation and high energy efficiency with minimal operating noise
Features
Automatic adaptation to valve, optimal operator convenience, precision activation and high energy efficiency with minimal operating noise
Features
Automatic adaptation to valve, optimal operator convenience, precision activation and high energy efficiency with minimal operating noise
Features
Automatic adaptation to valve, precision activation and high energy efficiency with minimal operating noise
Features
Automatic adaptation to ball valve, precise activation and high energy efficiency with minimal operating noise.
Features
Torque-dependent cut-off facility for efficient usage of energy
Features
Demand-based volume flow control in order to optimise energy consumption in ventilation systems. Differential pressures of at least 1 Pa can be controlled to allow minimal volume flows at the lowest duct pressure and energy consumption.
Features
1) Application support depending on hardware and software version in CASE VAV manual D100316836 (German), D100316957 (English), D100316878 (French)
Allows demand-based volume flow control in order to optimise energy consumption in ventilation systems. Differential pressures of at least 1 Pa can be controlled to allow minimal volume flows at the lowest duct pressure and energy consumption.
Features
Overload protection and end stop detection for efficient usage of energy.
Features
Overload protection and end stop detection for efficient usage of energy.
Features
Overload protection and end stop detection for efficient usage of energy.
Features
Overload protection and end stop detection for efficient usage of energy.
Features
Reliable actuation in efficient control systems
Features
Automatic adaptation to valve and intelligent cut-off for maximum energy efficiency
Features
Best operating convenience, precision activation and high energy efficiency with minimal operating noise. FeaturesFor operating control units such as control valves, butterfly valves etc.
For controllers with a switching output (2-point or 3-point control)
15 Nm nominal torque and holding torque
Synchronous motor with electronic control unit and load-dependent cut-off
Low operating noise
Direction of operation and running time can be set using coding switches
Gear unit can be disengaged for manual adjustment
Electrical parallel operation of up to five actuators possible
Numerous adapters enable the unit to be fitted onto defined non-SAUTER control valves
Maintenance-free gearbox made of plastic and steel, and gearbox base-plates made of steel
Mounting columns made of aluminium
ADM-322.png
Thermal Actuator
(26) How energy efficiency is improvedReliable, precise actuation in efficient control systems
Features
- Fitted to the valve using no force thanks to the Low-Force-Locking (LFL) connector
- Fitted onto the valve with M30 × 1.5 thread, with automatic adjustment of closing dimension
- With 24 V or 230 V thermal expansion element
- Large, visible position indicator
- NC "normally closed" and NO "normally open" versions
- Silent and maintenance-free
- Modular electrical plug connection (various cable lengths and types)
- Connected to valve with plastic bayonet connection
- Suitable for retrofitting existing installations without an adapter
- Fitting in any position, including upside down
Valve Actuator, 2500 N
(3) How energy efficiency is improvedAutomatic adaptation to valve, precision activation and high energy efficiency with minimal operating noise
Features
- Activation of 2-way and 3-way valves of the VQD/BQD and VQE/BQE series, as well as VUG/BUG, VUS/BUS, VUP and V6R/B6R
- For controllers with constant output (0...10 V or 4...20 mA) or switching output (2-point or 3-point control)
- Stepping motor with SAUTER Universal Technology (SUT) electronic control unit and electronic, force-dependent cut-off
- Simple assembly with valve; spindle is automatically connected after control voltage is applied (patented system)
- Automatic detection of applied control signal (constant or switched); indicated by two LEDs
- Coding switches for selecting characteristic and running time
- Type of characteristic (linear/quadratic/equal-percentage) can be set on the actuator
- Automatic adaptation to the stroke of the valve (min. valve stroke 8 mm, max. valve stroke 49 mm). The measured stroke is saved and is not lost even in the event of a power failure
- Direction of operation can be selected via screw terminals when making the electrical connection
- Crank handle for external manual adjustment with motor cut-off and as trigger for a re-initialisation
- Numerous adapters enable the unit to be fitted onto non-SAUTER valves
- Power supply 230 V with module or direct connection for 24 V~ / 24 V=; continuous activation also admissible with 230 V
- Maintenance-free gear unit made of sintered steel; gearbox base-plate made of steel
- Mounting column made of stainless steel; mounting bracket made of cast light alloy for fitting the valve
- Electrical connections (max. 2.5 mm²) with screw terminals
- Three pre-scored cable inlets for M20 × 1.5 (2×) and M16 × 1.5
- Fitting vertically upright to horizontal, not suspended
Valve Actuator, 1000 N
(2) How energy efficiency is improvedAutomatic adaptation to valve, optimal operator convenience, precision activation and high energy efficiency with minimal operating noise
Features
- In ventilation air conditioning units for actuating 2- and 3-way valves of type series AVM 321S: VUD, VUE, VUN, BUD, BUE, BUN and AVM 322S: V6R, VQD, VQE, VUG, VUP, VUS, B6R, BQD, BQE, BUG, BUS
- For controllers with constant output (0...10 V / 4...20 mA) or switching output (2-point or 3-point control)
- BLDC motor (brushless DC) with SUT (SAUTER Universal Technology) electronic control unit of the third generation and electronic load-dependent cut-off
- Automatic detection of applied control signal (continuous or switching), operating indicator using bi-colour LED
- Automatic adaptation to the stroke of the valve, between 8 and 20 mm
- Low operating noise
- With the built-in absolute distance measurement system, the position is always maintained in the case of power failure
- The direction of operation, characteristic (linear/equal percentage), positioning time and control signal (voltage/current) can be adjusted via coding switches
- Integrated forced operation can be set via coding switches (with selectable direction of operation)
- Easy re-initialisation using a coding switch
- Crank handle for external manual adjustment with motor cut-off
- Simple assembly with valve; spindle is automatically connected after control voltage is applied
- Numerous adapters enable the unit to be fitted onto non-SAUTER valves
- Electrical parallel operation of five actuators
- Parameterisation option via the BUS interface
- Three-piece housing made of flame-retardant yellow/black plastic and seals with type of protection IP54
- Maintenance-free gearbox made of plastic; threaded spindle and gearbox base-plates made of steel
- Patented actuator-valve coupling
- Mounting column made of aluminium
- Fixing bracket made of cast light alloy for valve fitting with 20 mm stroke and made of plastic for valve fitting with 8 mm stroke
- Electrical connections (max. 1.5 mm²) with screw terminals
- Two break-out cable inlets for metric cable glands made of plastic M20 × 1.5
- Fitting vertically upright to horizontal, not suspended
- Nominal thrust 1000 N
Valve Actuator - AVM 321, 322
(4) How energy efficiency is improvedAutomatic adaptation to valve, optimal operator convenience, precision activation and high energy efficiency with minimal operating noise
Features
- In ventilation air conditioning units1) for actuation of 2- and 3-way valves of type series AVM 321: VUD, VUE, VUN, BUD, BUE, BUN and AVM 322: V6R, VQD, VQE, VUG, VUP, VUS, B6R, BQD, BQE, BUG, BUS
- For controllers with a switching output (2-point or 3-point control)
- Synchronous motor with electronic control unit and load-dependent cut-off
- Direction of operation and running time can be set using coding switches
- Crank handle for external manual adjustment with motor cut-off
- Low operating noise
- Simple assembly with valve; spindle is automatically connected after nominal voltage is applied
- Numerous adapters enable the unit to be fitted onto non-SAUTER valves
- Electrical parallel operation of five actuators
- Three-piece housing made of flame-retardant yellow/black plastic and seals with type of protection IP54
- Maintenance-free gearbox made of plastic; threaded spindle and gearbox base-plates made of steel
- Patented actuator-valve coupling
- Mounting column made of aluminium
- Fixing bracket made of cast light alloy for valve fitting with 20 mm stroke and made of plastic for valve fitting with 8 mm stroke
- Electrical connections (max. 1.5 mm²) with screw terminals
- Two break-out cable inlets for metric cable gland made of plastic M20 × 1.5
- Fitting vertically upright to horizontal, not suspended
Valve Actuator 250-500 N
(3) How energy efficiency is improvedAutomatic adaptation to valve, precision activation and high energy efficiency with minimal operating noise
Features
- Activation of 2-way and 3-way valves of the VUN/BUN, VUD/BUD and VUE/BUE series
- For controllers with a switching (2- and 3-point) or continuous (0...10 V) output
- Stepping motor with SAUTER Universal Technology (SUT) electronic control unit and electronic, force-dependent cut-off
- Automatic recognition of applied control signal (continuous or switched)
- Coding switches for selecting characteristic and running time
- Type of characteristic (linear/equal-percentage) can be set on the actuator
- Automatic adaptation to valve stroke
- Direction of operation can be selected directly on the cable
- Maintenance-free gearbox with magnetic coupling
- Gear unit can be disengaged in order to position the valve by hand (hexagon key provided)
- Connection with valve spindle performed automatically after control voltage is applied
- Brass cap nut for fitting the valve
- Fitting vertically upright to horizontal, not suspended
Rotary Actuator, 4-8 Nm
(3) How energy efficiency is improvedAutomatic adaptation to ball valve, precise activation and high energy efficiency with minimal operating noise.
Features
- For operating 2- and 3-way ball valves VKR, VKRA, BKR, BKRA, VKAI, VKAA, BKLI, BKTI, BKTA, (AKM115S) and 6-way ball valve B2KL
- For controllers with constant output (0...10 V) or switching output (2-/3-point control)
- Assembly with ball valve without the use of tools
- Stepping motor with SAUTER Universal Technology (SUT) electronic control unit
- Electronic force-dependent motor cut-off
- Automatic recognition of applied control signal (continuous or switched)
- Coding switch for selection of characteristic and running time (35 s, 60 s, 120 s)
- Type of characteristic (linear/quadratic/equal-percentage) can be set on the actuator
- Direction of operation can be selected directly on the cable
- Maintenance-free gear unit
- Gear unit can be disengaged in order to position the ball valve manually (using the lever)
- Bracket and bayonet ring made of glass-fibre-reinforced plastic for fitting onto ball valve
Damper Actuator, 5-30 Nm
(6) How energy efficiency is improvedTorque-dependent cut-off facility for efficient usage of energy
Features
- For controllers with switching (2- and 3-point) or continuous output (0…10 V)
- Self-centring spindle adapter
- Gear unit can be disengaged to position the damper and for manual adjustment
- Stepping motor with electronic activation and cut-out
- Maintenance-free
- Intelligent adaptation of rotation angle, incl. feedback adjustment
- Free configuration using the CASE Drive PC tool
- Suitable for all fitting positions
VAV Compact Controller
(2) How energy efficiency is improvedDemand-based volume flow control in order to optimise energy consumption in ventilation systems. Differential pressures of at least 1 Pa can be controlled to allow minimal volume flows at the lowest duct pressure and energy consumption.
Features
- Supply and return air control for individual rooms such as offices, conference rooms and hotel rooms, in conjunction with a VAV box or a damper and flow probe
- Pressure control in supply and return air ducts for low-noise, energy-efficient air distribution
- Static measurement of differential pressure with MEMS sensor
- Can be used for measuring in areas with dirty or contaminated return air
- Low energy consumption and long serviceable life thanks to low-wear stepping motor
- Electromechanical torque-based switch-off for safe operation
- Extremely simple installation due to self-centring shaft adapter
- Disengageable gear unit for manual adjustment and positioning of damper
- Integrated second control loop for the following applications1):
- Duct pressure and zone control
- Room climate regulation
- 2 x RS-485 bus interface on RJ12 and connection terminal
- Up to 31 subscribers in a segment with SLC (SAUTER Local Communication) protocol
- Communication within network via BACnet MS/TP
- Input and output signals for connecting:
- Setpoints and actual values
- Power outputs for reheaters and recoolers
- EY-RU 3** digital room operating units
- Analogue output
- Easy programming of the following applications using the SAUTER CASE VAV software2):
- Volume flow control
- Room pressure control
- Duct pressure control
- Adjustable end values of the differential pressure measuring range3)
- 100...300 Pa
- Efficient control algorithm for fast control loops
- Priority control via switching contacts
- Zero point can be calibrated
1) Application support depending on hardware and software version in CASE VAV manual D100316836 (German), D100316957 (English), D100316878 (French)
2) Application support depending on hardware and software version in CASE VAV manual D100316836 (German), D100316957 (English), D100316878 (French)
3) Available measuring ranges depending on hardware/type
VAV Compact Controller for Laboratory and Pharmaceutical Applications
(2) How energy efficiency is improvedAllows demand-based volume flow control in order to optimise energy consumption in ventilation systems. Differential pressures of at least 1 Pa can be controlled to allow minimal volume flows at the lowest duct pressure and energy consumption.
Features
- Controlling the return air in fume cupboards and controlling the supply and return air in laboratories, clean rooms, hospital wards and operating theatres using a VAV box or a damper and flow probe
- Static measurement of differential pressure based on the capacitive method of measurement
- Zero point can be calibrated using software
- Adjustable end values of the differential pressure measuring range1)
- 50...150 Pa
- 100...300 Pa
- Can be used for measuring in areas with dirty or contaminated return air
- Brushless DC motor guarantees minimum energy consumption and a long service life
- Electromechanical torque-based switch-off for safe operation
- Extremely simple installation due to self-centring shaft adapter
- Disengageable gear unit for manual adjustment and positioning of damper
- Easy programming of the following applications using SAUTER CASE Components:2)
- Volume flow control
- Room pressure control
- Duct pressure control
- Flow control for fume cupboards
- Efficient control algorithm for fast control loops
- Integrated second control loop for:3)
- Room-pressure control: can be ideally combined with EGP 100 with symmetrical measuring range
- Fume-cupboard control ideally combined with SVU 100, SGU 100 and FCCP 200
- 2 x RS-485 bus interface on RJ12 and connection terminal
- Up to 31 subscribers in a segment with SLC (SAUTER Local Communication) protocol
- Communication within network via BACnet MS/TP4)
- Integration of EY-RU 3** digital room operating units
- FCCP 200 display and alarm unit for fume-cupboard control or room monitoring
- Input and output signals for integrating:
- Setpoints and actual values
- Analogue output
- Priority control via switching contacts
1) Available measuring ranges depending on hardware/type
2) Application support depending on hardware and software version in CASE VAV manual
3) Application support depending on hardware and software version in CASE VAV manual
Damper Actuator with Spring Return - ASF 112, 113
(5) How energy efficiency is improvedOverload protection and end stop detection for efficient usage of energy.
Features
- For controllers with switching (2- and 3-point) output
- For operating air dampers, shut-off dampers, butterfly valves and multi-leaf dampers
- Self-centring spindle adapter
- Manual adjustment using hexagon socket, including locking of gear unit
- Maintenance-free
- Suitable for all fitting positions
Damper Actuator with Spring Return and Positioner - ASF 113S
How energy efficiency is improvedOverload protection and end stop detection for efficient usage of energy.
Features
- For controllers with a continuous output (0...10 V)
- For operating air dampers, shut-off dampers, butterfly valves and multi-leaf dampers
- Self-centring spindle adapter
- Manual adjustment using hexagon socket, including locking of gear unit
- Maintenance-free
- Suitable for all fitting positions
Damper Actuator with Spring Return - ASF 122, 123
(5) Improving energy efficiencyOverload protection and end stop detection for efficient usage of energy.
Features
- For controllers with switching (2- and 3-point) output
- For operating air dampers, shut-off dampers, butterfly valves and multi-leaf dampers
- Self-centring spindle adapter
- Manual adjustment using hexagon socket, including locking of gear unit
- Wear-free brushless motor
- Maintenance-free
- Change direction of rotation by simply turning the actuator
- Suitable for all fitting positions
Damper Actuator with Spring Return and Positioner - ASF 123S
Improving energy efficiencyOverload protection and end stop detection for efficient usage of energy.
Features
- For controllers with a continuous output (0...10 V)
- For operating air dampers, shut-off dampers, butterfly valves and multi-leaf dampers
- Self-centring spindle adapter
- Manual adjustment using hexagon socket, including locking of gear unit
- Wear-free brushless motor
- Maintenance-free
- Change direction of rotation by simply turning the actuator
- Suitable for all fitting positions
Motorised actuator for unit valves - AXM 217
(2) How energy efficiency is improvedReliable actuation in efficient control systems
Features
- Reliable actuation in efficient control systems
- For 2-point or 3-point controllers in conjunction with single-room control systems
- Stepping motor with electronic activation and cut-out
- Attached to valve with M30 × 1.5 thread
- Maintenance-free gear unit
- Suitable for retrofitting existing installations using the appropriate adapters
- Operating status indicated by integrated LED
- Fitting position vertically upright to horizontal, not suspended
Motorised actuator for unit valves with positioner - AXM 217S
(2) How energy efficiency is improvedAutomatic adaptation to valve and intelligent cut-off for maximum energy efficiency
Features
- Stepping motor with electronic activation and cut-out
- Attached to valve with M30 × 1.5 thread
- Version with direction of operation 1 (direct acting) or 2 (reverse acting), adjustable
- Adjustable valve strokes
- Automatic stroke adjustment (AXM217SF404)
- Maintenance-free gear unit
- Suitable for retrofitting existing installations using the appropriate adapters
- Status and diagnostic indicator via integrated bi-colour LED
- Fitting position vertically upright to horizontal, not suspended
SAIO 100: I/O module for smart actuators
(2) Features- Extends the inputs and outputs of the smart actuator for extensive control tasks
- Connection of sensors or actuators via five integrated universal inputs and outputs
- Version with three additional changeover relays available
- Connection to the smart actuator via plug-in I/O module cable (SLC)
- Direct connection of a room operating unit
- Housing according to IP54 enables use without cabinet
- Separate 24 V power supply for sensors and actuators with power requirement up to 1 A
ASM 115SA: Smart actuator for ventilation dampers
(2) Features- Smart actuator as intelligent IoT solution in smart buildings
- IoT device with cloud connection via MQTT using TLS encryption
- Predictive maintenance functions for plant monitoring
- Enables creation of smart actuator networks with distributed intelligence
- Autonomous control of heating and air-conditioning applications
- Comprehensive application library available from the SAUTER cloud
- BACnet, MQTT, Bluetooth LE and Wi-Fi interfaces for flexible system integration
- Mobile app for easy commissioning and maintenance
- Local memory for archiving historical data and BACnet Trend Logs
- Real Time Clock for calendar functions and time programmes
- Two universal I/Os for connecting external sensors and actuators
- Direct connection of a room operating unit
- Flexibly expandable with up to two smart actuator I/O modules for comprehensive control tasks
- Pre-assembled cables, with colour- and mechanically-coded connectors, allow fast and error-free wiring
- For operating air dampers, shut-off dampers, butterfly valves and multi-leaf dampers
- BLDC motor for advanced and reliable predictive maintenance
- Intelligent angle of rotation adaptation and detection incl. feedback signal
- Electronic, torque-dependent cut-off
- Gear unit can be disengaged for manual adjustment
AVM 115SA: Smart actuator for globe valves
(2) Features- Smart actuator as intelligent IoT solution in smart buildings
- IoT device with cloud connection via MQTT using TLS encryption
- Predictive maintenance functions for plant monitoring
- Enables creation of smart actuator networks with distributed intelligence
- Autonomous control of heating and air-conditioning applications
- Comprehensive application library available from the SAUTER cloud
- BACnet, MQTT, Bluetooth LE and Wi-Fi interfaces for flexible system integration
- Mobile app for easy commissioning and maintenance
- Local memory for archiving historical data and BACnet Trend Logs
- Real Time Clock for calendar functions and time programmes
- Two universal I/Os for connecting external sensors and actuators
- Direct connection of a room operating unit
- Flexibly expandable with up to two smart actuator I/O modules for comprehensive control tasks
- Pre-assembled cables, with colour- and mechanically-coded connectors, allow fast and error-free wiring
- Activation of 2-way and 3-way valves of the VUN/BUN, VUD/BUD and VUE/BUE series
- Fitting without tools using a CuZn alloy screw ring
- BLDC motor for advanced and reliable predictive maintenance
- Autonomous adaptation to the valve stroke
- Electronic force-dependent cut-off
- Gear unit can be disengaged for manual adjustment
AKM 115SA: Smart actuator for ball valves
(2) Features- Smart actuator as intelligent IoT solution in smart buildings
- IoT device with cloud connection via MQTT using TLS encryption
- Predictive maintenance functions for plant monitoring
- Enables creation of smart actuator networks with distributed intelligence
- Autonomous control of heating and air-conditioning applications
- Comprehensive application library available from the SAUTER cloud
- BACnet, MQTT, Bluetooth LE and Wi-Fi interfaces for flexible system integration
- Mobile app for easy commissioning and maintenance
- Local memory for archiving historical data and BACnet Trend Logs
- Real Time Clock for calendar functions and time programmes
- Two universal I/Os for connecting external sensors and actuators
- Direct connection of a room operating unit
- Flexibly expandable with up to two smart actuator I/O modules for comprehensive control tasks
- Pre-assembled cables, with colour- and mechanically-coded connectors, allow fast and error-free wiring
- For actuation of 2-, 3- and 6-way ball valves
- Fitting without tools using a bayonet ring made of glass-fibre reinforced plastic
- BLDC motor for advanced and reliable predictive maintenance
- Intelligent angle of rotation adaptation and detection incl. feedback signal
- Electronic force-dependent cut-off
- Gear unit can be disengaged for manual adjustment
Rotary actuator - ADM 322
(6) How energy efficiency is improvedBest operating convenience, precision activation and high energy efficiency with minimal operating noise. Features
