ID# 604409

The REOVIB T1 is a cost-effective controller for bowl, hopper and linear feeders. The unit contains an EMC filter and a fuse for protecting the semiconductor. An enable input is provided for stopping/starting the unit, using an external contact or a 24 VDC signal. Two internal trimmers Umin/Umax can be adjusted so that the control potentiometer setting is linear for all types offeeders.The setpoint can be adjusted with an external 0...+10 VDC or 0...20 mA signal or a 10 kΩ potentiometer. Throughput can also be adjusted by using the
potentiometer provided.The controller designed for mounting onto a back panel and connections made to terminals.

ID# 604302

The REOVIB SMART System is a cost effective Triac modular controller for use with vibratory feeding systems. The basic module is fitted with the input terminals for the main power supply. It can be extended by two further modules, which are mounted using plug-in connectors. Each module includes the connection terminals for the feeder and the relevant setting possibilities. The basic module includes an EMC input filter for interference suppression and the supply voltage for the electronic control. All functions for setting up a complete feeder
system (consisting of a linear feeder, a bowl feeder and hopper) are included in the modules. Each module has a sensor input for a 24 VDC PNP sensor, a track control an enable input and a status relay. The sensor function is invertible. The setpoint can be adjusted with an external 0...+10 VDC or 0(4)...20 mA signal or a 10 kΩ potentiometer. The control characteristics can be adjusted to suit the feeder unit by using the trimmers Umin/Umax. To link several modules, it is possible to enable thedownstream modules by a jumper contact.
The unit mounts to a 35 mm DIN rail.

ID# 604821

The REOVIB ATS 200 is a phase-angle controller for either a bowl/hopper or bowl/inline feeder system. The controller is built into a robust aluminum enclosure. The unit is internally switchable for input voltages 110 V and 230 V, 50/60 Hz. The unit is suitable for feeders working at a vibrating frequency of 50 Hz (60 Hz) or 100 Hz (120 Hz). For the start/stop mode, an enable unit is provided for an external contact or a 24 V, DC signal. The set point of the output voltage is adjusted by means of a two potentiometers in the front panel, a control voltage 0...+10 V, DC or a control current 0(4)...20mA. The control characteristics can be adjusted to suit the feeder unit by using internal trimmers Umin/Umax. A switch input is also provided to enable the switching from the internal to an external setpoint.The connection is made over input and output cables (2 m long).

ID# 604831

The REOVIB ATS 300 is a three channel, phase-angle controller for a bowl, hopper, inline parts feeding system. The controller is built into a robust aluminum enclosure. The unit is internally switchable for input voltages 110 V and 230 V, 50/60 Hz. The unit is suitable for feeders working at a vibrating frequency of 50 Hz (60 Hz) or 100 Hz (120 Hz). For the start/stop mode, an enable unit is provided for an external contact or a 24 V, DC signal. The set point of the output voltage is adjusted by means of three potentiometers in the front panel, a control voltage 0...+10 V, DC or a control current 0(4)...20mA. The control characteristics can be adjusted to suit the feeder unit by using internal trimmers Umin/Umax. A switch input is also provided to enable the switching from the internal to an external setpoint.The connection is made over input and output cables (2 m long).

ID# 50905 (110V)
       50910 (230V)

The range of REOVIB System 509 phase-angle controllers for vibratory bowl feeders, hoppers and linear feeders. The REOVIB 509 is designed for controlling vibratory feeders up to 15A current rating. The output frequency 50Hz/100Hz (60Hz/120Hz) is selected to suit the feeder. The feed rate setpoint is achieved from a potentiometer, a voltage signal 0...+10 VDC or a current signal 0...20 mA. The setpoint range can be adjusted by two trimmers Umin/Umax. Enable input is provided for start/ stop operation. DIN rail mounting.

ID# 51312 (110V)
       51310 (230V)

The REOVIB 513 track control module is used for regulating the storage of products on a linear track. It can be used with nearly all conventional proximity, (active) photoelectric, and Namur type sensors. A selector switch in the front panel permits adaptation to the sensor characteristics (PNP/NPN output). Trimmers in the front panel provide adjustment of the On/Off switching delays within a range of 0.5….15 seconds. The sensor state (damped or undamped) and also the enable input state (On/Off) state both have LED indicators. In addition a relay
with changeover contacts, brought out to terminals, switches at the same time as the enable output. DIN rail mounting.

ID# 51420 (110V)
       51401 (230V)

The REOVIB 514 is designed for controlling bowl or linear feeders up to 6 A current rating. The output frequency 50Hz/100Hz (60Hz/120Hz) is selected to suit the feeder. In the regulation circuit
there is built-in compensation for power variations. The feed rate setpoint can be achieved from a potentiometer, a voltage signal 0...+10
VDC or a current signal 0...20 mA. The setpoint range can be adjusted by two trimmers Umin/Umax. Enable input is provided for start/stop operation and there is a control input for use with a track control module (REOVIB 513). DIN rail mounting.

ID# 44015

The REOVIB MTS 440 is a single output controller for operating bowl, linear or hopper feeders. It can be adapted for half or full-wave
output, 50/100 Hz (50 Hz supply) or 60/120 Hz (60 Hz supply). The MTS 440 is rated for a load of up to 10A. The setpoint for the feeder throughput and all parameters are adjusted by using the keypad in the front panel. User and factory settings can be stored and recalled. Track sensor control is integrated for 24 V PNP sensors with light/dark operate and timing delays. There is a 24 V solenoid output an enable input and a status output which can be used for interlocking with other controllers. The unit can also be set up for use with a single-phase AC motor. The MTS 440 is fitted with a power switch, an input power supply lead, an output sockets and connectors for control signals. An integrated fuse provides short circuit protection for the internal semiconductors.

ID# 44115

The REOVIB MTS 441 is a single output controller for operating bowl, linear or hopper feeders. It can be adapted for half or full-wave
output, 50/100 Hz (50 Hz supply) or 60/120 Hz (60 Hz supply). The MTS 441 is rated for a load of up to 6A. The setpoint for the feeder throughput and all parameters are adjusted by using the keypad in the front panel. User and factory settings can be stored and recalled. Track sensor control is integrated for 24 V PNP sensors with light/dark operate and timing delays. There is a 24 V solenoid output an enable input and a status output which can be used for interlocking with other controllers. The unit can also be set up for use with a single-phase AC motor. The MTS 441 is fitted with a power switch, an input power supply lead, an output sockets and connectors for control signals. An integrated fuse provides short circuit protection for the internal semiconductors.

ID# 44215

The REOVIB MTS 442 is a dual output controller that can be used with bowl/hopper or bowl/inline feeders. It can be adapted for either half or full wave output, 50/100 Hz (50 Hz supply) or 60/120 Hz (100 Hz supply). The interactions of the two outputs are controlled internally and independently. The setpoint for the feeder throughput and all
parameters are adjusted by using the keypad in the front panel. User and factory settings can be stored and recalled. Track sensor control is provided for each channel. If two sensors are used, it is possible to set up logic interlocks. There is a 24V solenoid output and each output has an enable input and a status output which can be used for interlocking with other controllers. The unit can also be set up for use with a single-phase AC motor. The MTS 442 is fitted with a power switch, a power supply lead, (2) output sockets for connecting the feeder and control signals. An on integrated fuse provides short circuit protection for the internal semiconductors.

ID# 44315

The REOVIB MTS 443 is a three output controller that can be used with bowl/hopper/inline or bowl/inline/inline feeders. It can be adapted for either half or full wave output, 50/100 Hz (50 Hz supply)
or 60/120 Hz (100 Hz supply). The interactions of the three outputs are controlled internally and independently. The setpoint for the feeder throughput and all parameters are adjusted by using the keypad in the
front panel and text display. User and factory settings can be stored and recalled. Track sensor control is provided for each channel. If sensors are used, it is possible to set up logic interlocks. There is a 24V solenoid output and each output has an enable input and a status output
which can be used for interlocking with other controllers. The unit can also be set up for use with a single-phase AC motor. The MTS 443 is fitted with a power switch, a power supply lead, (3) output sockets for
connecting the feeder and control signals. An integrated fuse provides short circuit protection for the internal semiconductors.

ID# 616748

The REOVIB MFS 168 has been replaced by the MFS 268 (Part# 626848) and is no longer available through REO-USA. All literature and material below is available for reference only.
This series of variable frequency regulators is specially designed for maintaining constant feed rate under various load conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via input/output power cables.

ID# 626848

This series of variable frequency regulators is specially designed for maintaining constant feed rate under various load conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via input/output power cables.

ID# 626867

The REOVIB MFS 268 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via input/output power cables.

                         Manual          CAD-Electrical          CAD-Mechanical                    

Datasheet          Programming

ID# 626887

The REOVIB MFS 268 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via input/output power cables.

Manual          CAD-Electrical          CAD-Mechanical

Datasheet          Programming

ID# 616832

The REOVIB MFS 168 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via terminals in the front panel, and the unit is designed for panelmounting in a cabinet.

ID# 621624

The REOVIB MFS 268 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via terminals in the front panel, and the unit is designed for panel mounting in a cabinet.

          Manual          CAD-Electrical          CAD-Mechanical          

  Datasheet............ Programming

ID# 621107

The REOVIB MFS 268 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via terminals in the front panel, and the unit is designed for panel mounting in a cabinet.

          Manual          CAD-Electrical          CAD-Mechanical          

  Datasheet............ Programming

ID# 621605

The REOVIB MFS 268 series of variable frequency regulators is specially designed for maintaining constant feed rate under various load
conditions. The units produce a highly stable output frequency that is adjustable in 0.1 Hz increments. Manual “tuning” the mechanical feed system is significantly reduced. With the sinusoidal output, the feeder runs quietly and ensures gentle product handling. Settings are adjusted by using a touch panel and an integrated digital display. The feed rate setpoint can be adjusted externally in several ways, including the use of 0…10 V or 0(4)…20 mA signals. One set of user parameters can be stored and recalled. The unit is also available with integrated track control and amplitude feedback. Electrical connections are made via terminals in the front panel, and the unit is designed for panel mounting in a cabinet.

Manual          CAD-Electrical/Mechanical          Datasheet          Programming

ID# 621730

The REOVIB MFS 268 range of frequency inverters for vibratory feeders can operate with a PROFIBUS_DP interface as a PROFIBUS-DP slave. In normal operation the set point, for the feeder throughput, can be sent from a PLC to the controller and the unit ready/fault status signals are fed back. In an additional, parameter mode the unit can be configured over the PROFIBUS. An external power supply of 24 VDC is required for the interface. The units are available as housed or panel mounted versions. The required GSD File is provided at the time of delivery.

          Manual          CAD-Electrical          CAD-Mechanical          

Datasheet          GSD File          Programming

ID# 621720

The REOVIB MFS 268 range of controllers for vibratory feeders can be operated from an RS 232 interface. To do this the frequency controller must be set up to receive serial data, using Menu “C 017”
(S.I.F. = I ). The set point for feeder throughput is adjusted in “Running Mode“ and the controller status (ready/fault) is transmitted back. The controller can be configured, using the serial interface, in a further “Parameter Mode“. Units are available in two versions, panel mounting or enclosed.

          Manual          CAD-Electrical          CAD-Mechanical          

Datasheet          Programming

ID# 621775

The REOVIB MFS 268 range of frequency inverters for vibratory feeders can operate with a DeviceNet interface as a DeviceNet slave.
In normal operation the set point, for the feeder throughput, can be sent from a PLC to the controller and the unit ready/fault status signals are fed back. In an additional, parameter mode the unit can be
configured over the DeviceNet. An external power supply of 24 VDC is required for the interface. The units are available as housed or panel mounted versions. (Note: The unit presented is a three-phase, 400 V MFS 268 with DeviceNet capabilities. Other configurations are availible upon request.)

          Manual          Datasheet          ESD File          Programming

ID# 677301

The SWM 3000 meter is intended for testing and servicing vibratory feeders. With an acceleration sensor, it is possible to measure frequency [Hz], amplitude [mm], vibration speed [cm/s], and vibration acceleration [g]. Measurement values are displayed on the LC display, and can also be stored in the meter (40 measurement values). The RS 232 interface permits the stored data to be transferred easily to a PC in the form of an .xls file. Also supplied is an RS 232 connecting cable for
linking to a PC, and a 3.5” diskette with the corresponding readout program.

ID# 605002

The REOVIB 6050 test set is a microprocessor controlled service unit for adjusting output power and determining the resonant frequencies of a vibratory feeder. The unit consists of a frequency converter for operating the vibratory feeder, and an electronics module for measuring and displaying the oscillation frequencies. All operating controls are mounted conveniently in the unit's front panel. The unit generates a frequency with a range of 35...140 Hz that serves to operate a vibratory feeder. The best operating frequency can either be adjusted manually or automatically by means of an amplitude sensor and the integrated optimum frequency search function. The analog meter displays the RMS value of the electromagnet's operating current. The digital indicator provides a permanent display of vibration frequency or output voltage in percent.

ID# 45707

REOVIB SW 07 accelerometers are used for measuring the amplitude of vibratory feeders.They are designed for a frequency range of 30...150 Hz.The sensors are based on the piezo-electronic principle and they incorporate a filter that is designed for the operating frequency range, as well as an amplifier and an impedance converter. The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum housing. Electrical connection is made through a 4-core, screened cable. Depending on the version the terminations can be either free ends or a plug connector. Other cable lengths can be supplied on request.

ID# 45710

REOVIB SW 10 accelerometers are used for measuring the amplitude of vibratory feeders. They are designed for a frequency range of 30...150 Hz. The sensors are based on the piezo-electronic principle and they incorporate a filter that is designed for the operating
frequency range, as well as an amplifier and an impedance converter.
The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum
housing. Electrical connection is made through a 4-core, screened
cable. The SW 10 is connected with free end terminations. Other cable lengths can be supplied on request.

ID# 45711

REOVIB SW 11 accelerometers are used for measuring the amplitude of vibratory feeders. They are designed for a frequency range of 30...150 Hz. The sensors are based on the piezo-electronic principle and they incorporate a filter that is designed for the operating
frequency range, as well as an amplifier and an impedance converter.
The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum
housing. Electrical connection is made through a 4-core, screened
cable. The SW 11 is connected using a 4-pin plug with soldered terminals. Other cable lengths can be supplied on request. (Note:
There has been a design change to the MFS controllers reqiring the
use of the SW 70 in place of the SW 11. For a comparison of the models, click here.)

ID# 45730

REOVIB SW 30 accelerometers are used for measuring the amplitude of vibratory feeders. They are designed for a frequency range of 10...40Hz. The sensors are based on the piezo-electronic principle and
they incorporate a filter that is designed for the operating frequency range, as well as an amplifier and an impedance converter. The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum housing. Electrical connection is made through a 4-core, screened
cable. Depending on the version the terminations can be either free ends or a plug connector. Other cable lengths can be supplied on request.

ID# 45740

REOVIB SW 40 accelerometers are used for measuring the
amplitude of vibratory feeders.They are designed for a frequency range of 10...40 Hz. The sensors are based on the piezo-electronic principle and they incorporate a filter that is designed for the operating frequency range, as well as an amplifier and an impedance converter. The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum housing. Electrical connection is made through a 4-core, screened cable. Depending on the version the terminations can be either free ends or a plug connector. Other cable lengths can be supplied on request.

ID# 45770

REOVIB SW 70 accelerometers are the latest models availible for measuring the amplitude of vibratory feeders.They are designed for a frequency range of 30...150 Hz. The sensors are based on the piezo-electronic principle and they incorporate a filter that is designed for the operating frequency range, as well as an amplifier and an impedance converter. The measured value is provided as a voltage signal that is proportional to amplitude. All components are completely sealed in an aluminum housing. Electrical connection is made through a 4-core, screened cable. Using screw terminations on its 4-pin plug to make electrical connections, the SW 70 takes full advantage of convinience. Other cable lengths can be supplied on request. (Note: There has been a design change to the MFS controllers reqiring the use of the SW 70 in place of the SW 11. For a comparison of the models, click here.)