DC-Power supply REOTRON SMP-KMA
The DC power supplies from the REOTRON SMP series are primary switched-mode power supplies with galvanic isolation from the input to the output. The devices can be used as voltage, current or power regulators.
DC Switching Power Supply REOTRON SMP-ESM
The DC power supplies from the REOTRON SMP series are primary switched switching power supplies with galvanic isolation from the input to the output. The devices can be used as voltage, current or power regulators.
DC-Power Supply REOTRON SMP-ESH
The REOTRON SMP power supplies are primary switched power supplies with galvanic separation from the input to the output. They can be used as voltage, current or power regulators.
REOVIB Measuring Devices
Measuring devices for vibratory conveyors DESCRIPTION The REOVIB Testbox 122 is designed to provide accurate indications of voltage and current, when servicing and testing vibratory conveyors. The devices are fitted with moving-iron meters and external connectors are provided to allow fast and safe connection of the feeder and controller. The measuring device SWM 4000 is used for setup, testing, and service of vibratory feeding devices. As a handheld device with integrated batteries, it can be easily used in mobile applications. Using an acceleration sensor, frequency [Hz], vibration amplitude [mm], vibration velocity [cm/s], and vibration acceleration [g] can be measured. The values are displayed on the integrated LCD screen and can also be stored in the device (40 measurements). These stored data can be transferred to a PC for further evaluation within a file via the built-in USB interface. The Sensor SWM 1000 is used for monitoring vibratory feeding troughs. The sensor detects the acceleration of a magnetically or motor-driven vibrating trough and provides one measurement value each for vibration acceleration [g] and vibration amplitude [mm]. The sensor output can be directly connected to a measuring device (with 0 (4)… 20 mA input) or linked to a PLC control system for evaluation or monitoring purposes. The REOVIB 6050 workshop device contains a REOVIB MFS frequency controller for vibratory conveyors and has been specially developed for use in servicing, construction and design of vibratory conveyors. For rapid control, the desired value of vibration amplitude is adjustable by means of a potentiometer and an integrated ammeter provides indication of the feeder running current. The workshop and diagnostic device REOVIB 6100 is a microprocessor-controlled device for power adjustment of vibratory feeders, using an integrated frequency inverter REOVIB MFS. Simultaneously, vibration frequency [Hz], vibration amplitude [mm], vibration velocity [cm/s], and vibration acceleration [g] are determined using an acceleration sensor. The values are displayed on the integrated LCD screen and can also be stored in the device (40 measurements). These stored data can be transferred to a PC for further evaluation within a file via the built-in USB interface. The operating frequency of the feeder can be manually set or automatically determined using a vibration amplitude sensor through an automatic frequency search. The monitoring device REOVIB SWM 843 is used for measuring and displaying the vibration behavior of vibrating troughs. The vibration of the trough is detected via an acceleration sensor. The current measurement value can be read directly on the device on a 5-digit seven-segment display as an acceleration value [g], vibration amplitude value [mm], or vibration frequency value [Hz]. The acceleration value can be tapped proportionally at an analog output with 0 (4)… 20 mA for evaluation or monitoring purposes – either via a connected measuring device or, for example, a connected PLC control system. The REOVIB BK 032 is a monitoring device which measures the vibration behaviour of vibratory feeders. This evaluation device when used in conjunction with an acceleration sensor, allows an acceptable window of operation to be established using adjustable maximum and minimum limits. If operation outside of this window occurs, which could signal a mechnical problem for example, a associated relay switches over which can be used to trigger an external alarm. OUR MEASURING DEVICES Testbox 122: Analog measurement instrument for testing vibratory conveyors. REOVIB 6050: Workshop equipment for assistance with development / design in the construction of vibratory conveyors. REOVIB 6100: Workshop and diagnostic unit for development, construction and quality control of vibratory conveyors. REOVIB SWM 4000: Handheld instrument for testing vibratory conveyors. REOVIB SWM 1000: Acceleration and vibration amplitude sensors for vibratory conveyors. REOVIB SWM 843: Monitoring device for vibrating feeders. REOVIB BK 032: Monitoring device for vibrating feeders. Overview Messbox 122 REVOIB 6050 REVOIB 6100 SWM 4000 Description Moving iron pointer instruments Workshop device for service and manufacturing/construction of vibratory feeders Workshop and diagnostic device for development, construction, and quality control of vibratory feeders Handheld service measuring device for vibration control Function Measurement of current and voltage of the drive Driving the feeder with a frequency inverter, determining the resonance frequency, measuring the magnetic current Driving the conveyor with a frequency controller, determining the resonant frequency, measurement of the magnet current. Measuring acceleration, vibration amplitude, vibration frequency and theoretical conveyor speed Independent measurement of vibration frequency, vibration amplitude, vibrational acceleration, and vibrational velocity. No drive Handheld service measuring device for controlling vibratory feedersAcceleration and vibration amplitude sensor for vibratory feeding troughsMonitoring device for vibrating troughsMonitoring device for vibrating troughs SWM 1000 SWM 843 REVOIB BK 032 DESCRIPTION Acceleration and vibration amplitude sensor for vibrating feeder Monitoring device for vibrating feeders Monitoring device for vibrating feeders Function Independent measurement of vibration amplitude and vibration acceleration, output of one analog measurement value each for direct display via a measuring device or for monitoring using PLC Measurement of frequency, amplitude or acceleration. Display of the measured value on an integrated LED display. Output of an analogue measuremnt signal. Relay outputs to show that adjustable min. and ,max. values of acceleration have been reached Measurement of the acceleration of vibrating feeders. Relay outputs to show that adjustable min. and max. values of acceleration have been reached. Data sheet All data and configurations can be found in our product data sheet Download datasheet Certifications
AC Magnet REOVIB WI 421
Corrosion protection by means of nickel plating DESCRIPTION Nickel-plated version in full casting at 900 rpm, 1500 rpm, 3000 rpm or 6000 rpm, outputs up to 1265 VA Mounting with blind tapped holes at the base of the magnet and armature Cable exit downwards with unshielded or shielded cable Advantages Corrosion protection by means of nickel plating Optimal size/performance ratio Good adjustability Maximum power 2020 VA Also for low-frequency applications Maximum tractive power 2900 N Low Profile Typical applications Packaging industry and weighing sector for feeding and sorting processesAutomation process and assembly equipment which utilises electromagnetic drives. Technical specification Types Max. Nominal air gap[mm] Performance with 6000 1/min [VA] Rated current = thermal rated current at 230V [A] Peak tensile force at nominal air gap [N] Performance with 3000 1/min [VA] Therm. rated current at 230V [A] Peak tensile force at nominal air gap [N] Weight magnet [kg] Weight anchor [kg] REOVIB WI 421/10 2,5 200 0,87 110 156 0,68 128 2,1 0,34 REOVIB WI 421/12 3 350 1,52 150 300 1,3 264 2,8 0,62 REOVIB WI 421/14 3 800 3,5 580 748 3,25 570 6,9 1,45 REOVIB WI 421/16 3 1600 6,9 1500 1265 5,5 1400 10,5 2,6 REOVIB WI 421/18 3 – – – 2020 8,8 2900 28 9 DIMENSIONS IN MM Types a [mm] b [mm] c [mm] d f1 f2 f3 g h [mm] i p r REOVIB WI 421/10 100 68 66 – 61,5 12 9 66 38 17,5 30 M6 REOVIB WI 421/12 100 100 66 40 61,5 15 9 66 70 17,5 30 M6 REOVIB WI 421/14 155 110 108 – 90,5 23 15 108 68 26,5 50 M10 REOVIB WI 421/16 155 168 108 80 90,5 23 15 108 126 26,5 50 M10 REOVIB WI 421/18 230 170 169 65 128,5 42 18 169 120 47,5 75 M12 Data sheet Download our extensive catalog and discover many other REO products. Download Data sheet Certifications
AC Magnet REOVIB WI 211
AC magnet with configurable voltage/frequency options Advantages Maximum power 250 VA Configurable voltage/frequency options increases flexibility Quick change of the connection voltage by using the appropriate Low Profile Typical applications Packaging industry and weighing sector for feeding and sorting processesAutomation process and assembly equipment which utilises electromagnetic drives. TECHNICAL SPECIFICATION Types Max. Nominal air gap[mm] Performance with 3000 1/min [VA] Rated current = thermal rated current at 230V [A] Peak tensile force at nominal air gap [N] Weight magnet [kg] Weight anchor [kg] 6000 1/min [VA] REOVIB WI 211/7 1 175 0,75 40 1,15 0,165 REOVIB WI 211/9 1 210 0,9 105 1,96 0,33 REOVIB WI 211/10 1 250 1,1 210 2,1 0,34 *Suitable REOVIB control units: REOVIB SMART, REOVIB RTS, REOVIB MTS, REOVIB MFS *Typical applications: Packaging and weighing industry for feeding and sorting processes, automation processes when using drives with vibrating solenoids DIMENSIONS IN MM Types a [mm] b [mm] c [mm] d e f f1 f2 f3 f4 g h [mm] i k p r s [mm] ⌀t REOVIB WI 211/7 78 47 54 60 3 77 74 17 10 22 54 21 20 31 20 6,5 37 6,5 REOVIB WI 211/9 90 56 66 83 3 91 88 19 11 24 66 32,5 22 31 44 8,1 44 8 REOVIB WI 211/10 100 68 66 – – – 61,5 12 9 48 66 38 17,5 31 30 M6 – – Data sheet Download our extensive catalog and discover many other REO products. Download Data sheet Certifications
AC Magnet REOVIB WI 121
Description Standard series, fully encapsulated, maximum power 3900 VA at 3000 1/min or 6000 1/min Mounting with blind tapped holes at the base of the magnet and armature Cable exit downwards with unshielded or shielded cable Advantages Optimal size/performance ratio Good adjustability Maximum power 3900 VA Maximum tractive power 6900 Low Profile Typical applications Packaging industry and weighing sector for feeding and sorting processesAutomation process and assembly equipment which utilises electromagnetic drives. Technical data Types Max. Nominal air gap[mm] Power at 6000 rpm [VA] Rated current=thermal rated current at 230V [A] Peak tensile force with nominal air gap [N] Power at 3000 1/min [VA] Therm. rated current at 230V [A] Peak tension at nominal air gap [N] Magnet weight [kg] Anchor weight [kg] REOVIB WI 121/10 2,5 320 1,4 230 280 1,2 229 2,1 0,34 REOVIB WI 121/12 3 450 1,95 330 425 1,85 318 2,8 0,62 REOVIB WI 121/14 3 1200 5,2 850 1100 4,8 1350 6,9 1,45 REOVIB WI 121/16 3 2200 9,5 1590 1890 8,2 2620 10,5 2,6 REOVIB WI 121/18 3 – – – 3900 16,9 6900 28 9 DIMENSIONS IN MM Types a [mm] b [mm] c [mm] d f1 f2 f3 g h [mm] i p r REOVIB WI 121/10 100 68 66 – 61,5 12 9 66 38 17,5 30 M6 REOVIB WI 121/12 100 100 66 40 61,5 15 9 66 70 17,5 30 M6 REOVIB WI 121/12 100 100 66 40 61,5 15 9 66 70 17,5 30 M6 REOVIB WI 121/14 155 110 108 – 90,5 23 15 108 68 26,5 50 M10 REOVIB WI 121/16 155 168 108 80 90,5 23 15 108 126 26,5 50 M10 REOVIB WI 121/18 230 170 169 65 128,5 42 18 169 120 47,5 75 M12 Data sheet Download our extensive catalog and discover many other REO products. Download Data sheet Certifications
Programmable Phase Angle Controller REOVIB MTS 620
IP 20, single-channel control DESCRIPTION The control unit REOVIB MTS 620 is a phase-angle control for adjusting the feed speed of vibratory conveyors. All parameters can be entered via the LED display. User-specific settings can be saved and recalled. The device is available in protection class IP20. The REOVIB MTS series includes single, dual, and triple-channel control units for vibratory feeder drives. These are phase-angle controls. Consequently, the vibration frequency of the conveying devices can be equal to or twice as high as the mains frequency of the input voltage (depending on the type, other frequencies are also possible). Plug connections for all inputs and outputs enable quick connection and facilitate the combination of multiple devices with each other or with external controls. The devices use digital technology and are operated via a LED or LCD display and buttons All settings can be made without the housing having to be opened. The REOVIB MTS 620 devices are available in IP20 version. ADVANTAGES Phase-angle control with programmable functions Single-channel, two-channel or three-channel control for the optimal control of the complete conveyor system Digital setting of all parameters via LED display or multiline LCD display (MTS 443 LCD) In IP54 or IP20 design (MTS 441) Automatic mains voltage adjustment Material flow control Various sensor logic functions can be set Adjustable soft start With fill level/overflow control Integrated mains voltage compensation with constant vibration amplitude TECHNICAL SPECIFICATION Mains input 230V, 400 V, 480 V switchable Mains frequency 50 / 60 Hz +/- 3 Hz Output voltage 210 V, 360 V, 430 V Output current 25 A Number of outputs 1 Max. Output current from all outputs – Vibration frequency 50 Hz (25 Hz, 33,3 Hz, 50 Hz, 100 Hz) 60 Hz (30 Hz, 40 Hz, 60 Hz, 120 Hz) Setpoint value LED-Display, 0 … 10 V, 0 (4) … 20 mA Status signal Relay changer 250 V, 1 A Ext. Enable 24 V DC, Switch Sensor supply 24 V DC (optional) Setting Umin/ Umax Display Soft start adjustable 0…60 Sec. With fill level/overflow control PNP, 24 V DC (optional) Mains voltage compensation ✓ Coarse-/fine control ✓ Selectable timer function – Sensor time out monitor – Conformity CE, RoHS Protection class IP20 Data sheet Download our extensive catalog and discover many other REO products. Download Datenblatt Certifications
Programmable Phase Angle Controller REOVIB MTS 443
IP54, three-channel control DESCRIPTION The REOVIB MTS series includes single-channel, two-channel and three-channel control units for vibratory conveyor drives. These are phase-angle control systems. The vibration frequency of the conveyor can be the same as or twice the frequency of the input voltage. (Other frequencies are possible depending on the type). Plug and socket connections for all inputs and outputs make rapid installation possible and facilitate the combination of several devices with each other or with external control systems The devices use digital technology and are operated via a LED or LCD display and buttons All settings can be made without the housing having to be opened. REOVIB MTS 441 control devices have a target value setting for conveying speed. The REOVIB MTS 442 has two power outputs and the REOVIB MTS 443 has 3 power outputs, that can be linked according to the the application requirements (e.g. bowl and linear conveyors). Also Various sensor and valve logic can be programmed. All parameters of REOVIB MTS 441, 442 und 443 can be input via a display integrated into the faceplate. The devices can be used to link additional devices from the REOVIB MTS series. Application-specific settings can be stored and retrieved when required. The devices of REOVIB MTS 441 and 620 are available in protection class IP20.Additionally the REOVIB MTS 441 is just as the REOVIB MTS 442and 443 available in a standalone IP54 housing with various connection options: Input cable/output socket Complete cable connection solution for mains, output and control connections with LCD displayThe full-text display in various languages makes programming and adjustment easy and intuitive. Important status indications and settings can easily be input and retrieved. ADVANTAGES Phase-angle control with programmable functions Single-channel, two-channel or three-channel control for the optimal control of the complete conveyor system Digital setting of all parameters via LED display or multiline LCD display (MTS 443 LCD) In IP54 or IP20 design (MTS 441) Automatic mains voltage adjustment Material flow control Various sensor logic functions can be set Adjustable soft start With fill level/overflow control Integrated mains voltage compensation with constant vibration amplitude TECHNICAL SPECIFICATION REOVIB MTS 443 Mains input 110/ 230 V autom. recognition Mains frequency 50 / 60 Hz +/- 3 Hz Output voltage 20 … 100V/ 40…210 V Output current per output max. 6A Number of outputs 3 Max. Output current from all outputs 15 A Vibration frequency 50/ 100 Hz (60/120Hz) Setpoint input Display Status signal 24 V DC Ext. Enable 24 V DC, Switch Sensor supply 24 V DC Setting Umin/ Umax Display Soft start adjustable 0…5 sec. With fill level / overflow control Per output PNP, 24 V DC Mains voltage compensation ✓ Coarse-/fine control ✓ Selectable cycle operation ✓ Sensor time out monitor ✓ Conformity CE, RoHS Protection class IP54 TECHNICAL SPECIFICATION REOVIB MTS 443 LCD Mains input 110/ 230 V autom. recognition Mains frequency 50 / 60 Hz +/- 3 Hz Output voltage 20 … 100V/ 40…210 V Output current per output max. 6A Number of outputs 3 Max. Output current from all outputs 15 A Vibration frequency 50/ 100 Hz (60/120Hz) Setpoint input Display Status signal 24 V DC Ext. Enable 24 V DC, Switch Sensor supply 24 V DC Setting Umin/ Umax Display Soft start adjustable 0…5 sec. With fill level / overflow control Per output PNP, 24 V DC Mains voltage compensation ✓ Coarse-/fine control ✓ Selectable cycle operation ✓ Sensor time out monitor ✓ Conformity CE, RoHS Protection class IP54 Data sheet Download our extensive catalog and discover many other REO products. Download Datenblatt Certifications
Programmable Phase Angle Controller REOVIB MTS 442
IP 20, single-channel control DESCRIPTION The REOVIB MTS series includes single-channel, two-channel and three-channel control units for vibratory conveyor drives. These are phase-angle control systems. The vibration frequency of the conveyor can be the same as or twice the frequency of the input voltage. (Other frequencies are possible depending on the type). Plug and socket connections for all inputs and outputs make rapid installation possible and facilitate the combination of several devices with each other or with external control systems. The devices use digital technology and are operated via a LED or LCD display and buttons. All settings can be made without the housing having to be opened. REOVIB MTS 441 control devices have a target value setting for conveying speed. The REOVIB MTS 442 has two power outputs and the REOVIB MTS 443 has 3 power outputs, that can be linked according to the the application requirements (e.g. bowl and linear conveyors). Also Various sensor and valve logic can be programmed. All parameters of REOVIB MTS 441, 442 und 443 can be input via a display integrated into the faceplate. The devices can be used to link additional devices from the REOVIB MTS series. Application-specific settings can be stored and retrieved when required. The devices of REOVIB MTS 441 and 620 are available in protection class IP20. Additionally the REOVIB MTS 441 is just as the REOVIB MTS 442 and 443 available in a standalone IP54 housing with various connection options: Input cable/output socket Complete cable connection solution for mains, output and control connections ADVANTAGES Phase-angle control with programmable functions Single-channel, two-channel or three-channel control for the optimal control of the complete conveyor system Digital setting of all parameters via LED display or multiline LCD display (MTS 443 LCD) In IP54 or IP20 design (MTS 441) Automatic mains voltage adjustment Material flow control Various sensor logic functions can be set Adjustable soft start With fill level/overflow control Integrated mains voltage compensation with constant vibration amplitude TECHNICAL SPECIFICATION Mains input 110/ 230 V autom. recognition Mains frequency 50 / 60 Hz +/- 3 Hz Output voltage 20 … 100V/ 40…210 V Output current per output max. 6A Number of outputs 2 Max. Output current from all outputs 15 A Vibration frequency 50/ 100 Hz (60/120 Hz) Setpoint specification Display Status signal 24 V DC Ext. Enable 24 V DC, Switch Sensor supply 24 V DC Setting Umin/ Umax Display Soft start Adjustable 0…5 Sec. Full level control / congestion control each output PNP, 24 V DC Mains voltage compensation ✓ Coarse-/fine control ✓ Selectable cycle operation ✓ Sensor time out control ✓ Conformity CE, RoHS Protection class IP54 Data sheet Download our extensive catalog and discover many other REO products. Download Datenblatt Zertifizierung