The basic idea of the MIS motor is to minimize the installation costs but also to make a component that is much better protected against electrical noise which can be a problem when using long cables between controller and motor. The stepper motor, hallsensor, encoder and electronics are specially developed by JVL so that they together form an enclosed unit where the power driver and controller are mounted inside the motor in a closed section. The MIS motors can be delivered in sizes of 0.36 to 25.0.
JVL MIS Integrated Servo Motors can be delivered with different numbers of M12 connectors depending on the application. MIS17x and MIS23x motors can be delivered with RS485 interface and PLC built-in and optional CANopen. MIS34x and MIS43x have RS485 and PLC built-in and optional Profinet, EtherCAT, Ethernet/IP, Powerlink or MODBUS TCP/IP interface. All MIS motors have optional magnetic absolute encoder built-in and MIS34x and MIS43 have optional absolute multiturn encoder built-in.
QuickStep, the Integrated
ServoStep Motors from JVL.
All in one smartmotor with integrated controller. A wealth of possibilities with
this new NEMA17 stepper with closed-loop servo-operation up to 3000RPM, It
offers the highest microstepping resolution, position/velocity/torque
servo-performance up to 0.8Nm.
Available with CANbus, RS485, SSI, Industrial Ethernet Profinet, Ethercat,
Ethernet/IP, Powerlink, Ethernet TCP, Sercos III , Absolute multiturn encoder,
PLC 8IOA, clock/direction and STO.
Velocity resolution 0,01RPM for extreme low speed operation and 409600 step/rev
for highest precision. Different shaft diameter, brakes and high IP protection
make it ideal for machine adjustment or other demanding applications.
QuickStep, the Integrated ServoStep Motors from JVL. A wealth of possibilities in a NEMA23 series of the world´s most compact stepper motors with the highest microstepping resolution, closed-loop 3000RPM and up to 3.1Nm.
Available with standard steppermotor or new hybrid steppermotor technology with rare earth magnets in rotor giving +40% more torque in same size.
QuickStep, the Integrated ServoStep Motors from JVL.
A wealth of possibilities in a series of of the world´s most compact stepper motors with the higest microstepping resolution. 4 sizes are available.
The QuickStep series of Stepper motors with integrated electronics represents a major step forward. All the necessary electronics in a stepper system are integrated in the motor itself.
The stepper motor, encoder and electronics are specially developed by JVL so that together they form a closed unit in which the power driver and controller are mounted inside the motor in a closed section with protection up to IP67, and stainless steel shaft AISI303 as standard on all models.
Choose between wireless Bluetooth, WLAN or Zigbee or Industrial Ethernet Profinet, Ethernet/IP, EtherCAT, Powerlink, MODBUS TCP/IP, RS485 and PLC built-in are standard.
The QuickStep series of Stepper motors with integrated electronics represents a major step forward. All the necessary electronics in a stepper system are integrated in the motor itself.
The stepper motor, encoder and electronics are specially developed by JVL so that together they form a closed unit in which the power driver and controller are mounted inside the motor in a closed section with protection up to IP67. Choose between wireless Bluetooth, WLAN or Zigbee or Industrial Ethernet Profinet, Ethernet/IP, EtherCAT, Powerlink, MODBUS TCP/IP, RS485 and PLC built-in are standard.
Expansion module you can choose between:
MAC400 - The complete solution for medium power ratings.
New features:
Expansion module you can choose between:
New features:
Expansion module you can choose between:
Expansion module you can choose between:
Expansion module you can choose between:
Most of them available with either cable glands, DSUB connectors and M12 connectors.
It's now possible to have a MAC141 in a stainless steel housing and in a IP67 version.
Different modules with M12 connectors can be chosen:
Gears with different ratios can also be chosen for these applications.
By using non-proprietary protocols, automation systems from different manufacturers can be interconnected throughout a process plant.
Industrial Ethernet takes advantage of the relatively larger marketplace for computer interconnections to reduce cost and improve performance of communications between industrial controllers.
Industrial Ethernet (IE) components used in plant process areas must be designed to work in harsh environments of temperature extremes, humidity, and vibration that exceed the ranges for IT equipment intended for installation in controlled environments.
A Stepper Motor Controller with RS485 and CANbus serial interface. 8IO can be configured to input, output or analog input. Can be controlled via nanoPLC and MacTalk. The very compact, 57x57mm, PCB contains everything needed to solve a modern control task as stand-alone or controlled from a PLC or PC. MODBUS RTU and CANopen gives the possibility for easy connection to a PLC. For PC or IPC an ActiveX/OCX driver is available so that interface to LABview, Excel, VB or other Windows-programs is simple.
The PCB can be mountet in an instrument or be mounted directly on the back of the motor. Alternatively it can be delivered in a box with cables out or with M12 connectors. The box can be mounted on a buttom plate or on DIN rail. Click here to read more about MIS23x integrated stepper motor solutions.
A Stepper Motor Controller with RS485 and CANbus serial interface. 8IO can be configured to input, output or analog input. Can be controlled via nanoPLC and MacTalk. The very compact, 57x57mm, PCB contains everything needed to solve a modern control task as stand-alone or controlled from a PLC or PC. MODBUS RTU and CANopen gives the possibility for easy connection to a PLC. For PC or IPC an ActiveX/OCX driver is available so that interface to LABview, Excel, VB or other Windows-programs is simple.
The PCB can be mountet in an instrument or be mounted directly on the back of the motor. Alternatively it can be delivered in a box with cables out or with M12 connectors. The box can be mounted on a buttom plate or on DIN rail. Click here to read more about MIS23x integrated stepper motor solutions.
Stepper Motor Controller with PLC, CANopen and 8IO
A Stepper Motor Controller with RS485 and CANbus serial interface. 8IO can
be configured to input, output or analog input. Can be controlled via
nanoPLC and MacTalk. The very compact, 78.4x86.2mm, PCB contains everything
needed to solve a modern control task as stand-alone or controlled from a
PLC or PC. MODBUS RTU and CANopen gives the possibility for easy connection
to a PLC. For PC or IPC an ActiveX/OCX driver is available so that interface
to LABview, Excel, VB or other Windows-programs is simple.
Two mini stepper motors for applications where small size is a must.
20mm
(0.8 inches) NEMA08
0.01Nm - 0.03Nm
The small mini step motors MST081A08 and MST082A08 are designed to be used in applications where dimensions and weight must be as small as possible. Both have flanges of only 20x20mm and where MST081 is 33mm in length, MST is 42, but then also includes double shaft. The motors can be connected directly to the range of JVL drivers
Mini stepper motor for applications where small size is a must.
28mm
(1.1 inches) NEMA11
1.2Nm - 4.0Nm
The small mini steppper motors MST11xA with or without planetary gear are designed to be used in applications where dimensions and weight must be as small as possible. Motor flanges are 28x28mm and motor length 31mm to 50mm.
Planetary gear with reductions ratio from 3.71 to 369:1 can be mounted and thereby offer short time torque up to 12Nm.
A series of high torque stepper motors.
43mm (1.7 inches) NEMA17
0.12Nm - 0.8Nm (17.0 oz-in) -
(113.3 oz-in)
A series of step motors that have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. They are high torque step motors especially made for mini- and microstep operation.
A series of high torque stepper motors with high precision.
43mm
(1.7 inches)
NEMA17
0.07Nm - 0.46Nm
(9.9 oz-in) -
(65.14 oz-in)
A series of step motors that have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. They are high torque step motors especially made for mini- and microstep operation.
Compared to the motor MST17xxx3 this motor is produced in higher quality with less mechanical and electrical tolerances making it more suitable for applications that require repetitive and uniform motors. It also offers better protections against water and use better balls bearings etc.
A series of high torque stepper motors.
57mm
(2.3 inches)
NEMA23
0.48Nm - 2.6Nm
(68.0 oz-in) -
(368.2 oz-in)
Compact, high torque step motors
The step motors MST001A, MST002A and MST234B03 are designed and dimensioned by JVL for use with the entire range of JVL step motor drivers and controllers.
These motors are in particular well-suited for OEM applications. Type MST001A is available in a special version, MST001A-73, for easy back-mounting of the Step Motor Driver
SMD73.
A series of high torque stepper motors with high precision.
57mm
(2.3 inches)
NEMA23
0.32Nm - 2.1Nm
(45.3 oz-in) -
(297.4 oz-in)
A series of step motors with IP67 protection have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. Torque from 0,5Nm to 8,2Nm. Even shaft sealing can be IP67 for harsh industrial operation.
A series of step motors with IP67 protection have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. Torque from 0,5Nm to 8,2Nm. Even shaft sealing can be IP67 for harsh industrial operation.
A series of high torque stepper motors.
87mm (3.4 inches) NEMA34 3.2Nm - 12.5Nm
A series of step motors that have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. They are high torque step motors especially made for mini- and microstep operation.
A series of high torque stepper motors with high precision.
87mm (3.4 inches) NEMA34 3Nm - 9Nm
A series of step motors that have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. They are high torque step motors especially made for mini- and microstep operation.
Compared to the motor MST34xxx3 this motor is produced in higher quality with less mechanical and electrical tolerances making it more suitable for applications that require repetitive and uniform motors. It also offers better protections against water and use better balls bearings etc. This motor is not developed/produced in China.
A series of high torque stepper motors.
109mm (4.3 inches) NEMA43 10Nm - 24Nm
A series of step motors that have been designed by JVL for use with the entire range of JVL Step Motor Drivers and Controllers. They are high torque step motors especially made for mini- and microstep operation.
A series of high torque stepper motors.
134mm (5.1 inches) NEMA51 27Nm - 50Nm
This high torque stepper motor can be used for application that demand extreme high torque at low speed. With a flange size 134x134mm and length 270mm can this motor deliver up to 50Nm holding or running torque.
MST511 27Nm 165mm
MST512 40Nm 230mm
MST513 50Nm 270mm
90 - 720 Newton (N) - 0.3 - 195.1 mm/s
Linear stepper motors can dramatically reduce cost and save space. There is no coupling, no additional bearing support and no assembly work required. This not only reduce cost but also reduce failure rate due to the less number of components and more simple construction. In applications with small load ratings a linear guide is also not required. The special design and material of the nut secure long life operation.
Below versions can be delivered
100 - 1400 Newton (N) - 0.3 - 381.0 mm/s
Linear stepper motors can dramatically
reduce cost and save space. There is no coupling, no additional bearing support and no assembly work required. This not only reduce cost but also reduce failure rate due to the less number of components and more simple construction. In applications with small load ratings a linear guide is also not required. The special design and material of the nut secure long life operation.
Below versions can be delivered:
100 - 1400 Newton (N) - 0.3 - 381.0 mm/s.
Linear stepper motors can dramatically reduce cost and save space. There is no coupling, no additional bearing support and no assembly work required. This not only reduce cost but also reduce failure rate due to the less number of components and more simple construction. In applications with small load ratings a linear guide is also not required. The special design and material of the nut secure long life operation.
Below versions can be delivered
400 - 2700 Newton (N) - 1.3 - 152.4 mm/s
Linear stepper motors can dramatically
reduce cost and save space. There is no coupling, no additional bearing support and no assembly work required. This not only reduce cost but also reduce failure rate due to the less number of components and more simple construction. In applications with small load ratings a linear guide is also not required. The special design and material of the nut secure long life operation.
Below versions can be delivered
Setup and diagnosis software for JVL integrated servo - and stepper motors.
With JVL’s MacTalk it is easy to setup and diagnose a MAC or QuickStep motor.
MacTalk includes everything that is needed to setup, tune and maintain the electronics and the motor.
The filter setup for the motors is done easily by a graphical selection chart. There is no easier way to do it.
In combination with mechanics the oscilloscope function can help to identify the tricky parts of the movement.
OCX / Active X software helps you to interface fast and easily with a PC or industrial PC via RS232 or RS485 serial interface.
This software translates the data to and from the JVL MacTalk protocol so that you don’t have to worry about start and stop byte, checksum and retry. By using this software you do not need to understand the JVL protocol but only have to think about what’s important for you and that is to send data to the correct motor and register. You just send address, register number and value to a function and the driver see to that start and stop byte, checksum calculation and retransmission is done automatically. Additional it helps you with automatic calculation from an internal motor unit to eg. RPM and RPM/s 2. This is very useful when you have more JVL integrated motors like MAC140, MAC800 and MIS232 or the Controller SMC75 on the same serial line. You can interface to the most common software languages like:
If you would like to learn more about the MacTalk protocol this is the software that you need. When you are using a PLC and would like to send commands to the integrated motor you need to send data in a special format called MacTalk protocol. MacTalk protocol is not ASCII but binary, message-oriented. This means that you can’t use a windows terminal editor to communicate with the motor but need to use MacTalk, MACREGIO or send byte commands.
In the MACREGIO can you see a complete overview with register and description for all MAC motors, QuickStep MIS23x and SMC75. By pressing "R” you can read register´s content and by pressing "W” you can write a value to a register. You can see register value and if a register is a Word, integer or Longint.
As an extra help for the programmer the byte send and received is shown byte for byte so it is easy to see what should be send and what to expect as returned. Thereby implementation and debugging is very easily done.
If your application is cost sensitive and you don't need high perfomance the HMGH series is the right choice.
Nominal Torque: 6 Nm
Ratios: 3:1...100:1
Backlash: 120 arcmin
Efficiency: 60...90 %
The series of HMGH planetary gears are specially designed for JVL. With their NEMA23 standard flanges they can be directly mounted on the MAC 050 to 141 series of integrated motors as well as on a wide range of stepmotors. They also fit directly on the new integrated step motors, QuickStep.
Gears with other flanges can also be delivered from this series.
If cost is important and you also need a 90° angle - then our Worm gear boxes should be your first choice. Use the MAC141-A1AFAG which is a standard MAC 141 motor build with an 8 mm special shaft and round flange: it fits directly on the HFOS gear series.
Nominal Torque: 9...21 Nm
Ratios: 6:1...75:1
Backlash: depends on conditions
Efficiency: 36...77 %
Angled worm gears for NEMA23 motors
The HFOS gears are a series of inexpensive, very compact worm gears. By means of an adaptor Kit they can be mounted directly on motors with a NEMA23 standard flange, such as the MAC050-141 series of integrated AC servo motors and QuickStep integrated step motors. They will however also find applications with a wide range of common stepper motors with NEMA23 flanges.
These gears offer the advantage over planetary gears that they by nature are angled and gives a very short total length of motor plus gear.
The gears can be delivered both right- and left-angled as well as with output shaft to both sides. A wide range of gearing ratios, from 6:1 to 75:1 are available.
When ordering, various worm and cogwheel materials can be chosen in order to optimize the gear for the application.
On the output side the gears can be delivered with a 30 mm machined recess for centering and 4 M5 threaded mounting holes.
A mounting fixture is available for mounting of the motor-gear combination
This worm gear range allows you to supply compact sized stepper and servo gear motors for applications in many sectors that have limited dimensions and where high torque, hollow shaft and low cost is a necessity.
Nominal Torque: 12...166 Nm
Ratios: 5:1...
100:1
Backlash: Depends on conditions
Efficiency: 50...70 %
This worm gear range allows you to supply compact sized stepper and servo gear motors for applications in many sectors that have limited dimensions and where high torque, hollow shaft and low cost is a necessity.
When you need an honest hard working Planetary gear box think of our HTRG series. We provide them with std backlash of 15 or 10 arcmin (1+2 stage) and also with high precision reduced backlash of either 5 or 3 arcmin
Nominal Torque: 12...1000 Nm
Ratios: 3:1...1000:1
Backlash: 3...17 arcmin
Efficiency: 90...97 %
The HTRG product range of precision planetary gears is the outcome of years of experience in the industry, and is the culmination of a decade-long dedication to performance enhancement. Comprising a wide range of low backlash planetary gearboxes, the units come in a range of precision classes up to 3’, and are available in seven gear frame sizes, with one or more reduction stages for gearing ratios from 1:3 to 1:1000. Double shaft, right angle shaft and right angle output shaft versions are also available. All this, combined with tens of motor mounting adapters held in stock, mean we can quickly respond to the most diverse application requirements of our customers. The gears can be mounted directly or by means of adaptor flanges on most of the JVL integrated servo and stepper motors as well as on the wide range of other motors from JVL. This datasheet shows the HTRG types of gear boxes which JVL normally has in stock for JVL motors and often delivered types.
If a special type of gear box, a special ratio, less backlash, angled types etc. is not shown in the datasheet and is needed, then contact JVL Industri Elektronik and we’ll find a type or a solution.
The most precise Planetary gear box we can deliver is our HAGG series from Wittenstein - better know as Alpha gear boxes. We provide them with backlash from 1 to 25 arcmin. Select them when you need the highest quality and performance, and you will get trouble-free operation for a very long time.
Nominal Torque: 15...6000 Nm
Ratios: 3:1...
100:1
Backlash: 1..25
Efficiency: 90...97 %
Products manufactured by WITTENSTEIN alpha GmbH are setting benchmarks worldwide in the fields of mechanical engineering and drive technology.
From low backlash planetary gearheds and servo right-angle gearheads to the comprehensive cymex® engineering software package.
WITTENSTEIN alpha GmbH has redefined the meaning of precision, an essential benchmark and the most important attribute of their products.
Precision classes down to 1’ — and gearing ratios from 3:1 to either 100:1 (straight) or 10.000:1 (right-angled).
Order top precision Alpha gear boxes and they will fit perfectly to MAC motor® and QuickStep®.
Combine your bearing and backlash free gear box into one unit - the HSPG Spinea reducer. Unbeatable specs and perfomance made companies like KUKA and ABB prefer these reducers in their robots, which really must run perfectly 24-7. Also very suitable for turn tables, antennas, cameras, radars and e.g. tools in moulding machines.
Nominal Torque: 37...2940 Nm
Ratios: 33:1...191:1
Backlash: <1 arcmin
Efficiency: 50...95 %
Combine your bearing and backlash free gear box into one unit - the HSPG Spinea reducer. Unbeatable specs and perfomance made companies like KUKA and ABB prefer these reducers in their robots, which really must run perfectly 24-7. Also very suitable for turn tables, antennas, cameras, radars and e.g. tools in moulding machines.