
The SPV Series, with a belt and pulley mechanism and aluminum frame structure, supports long strokes at high speeds. The SPV Series employs an
stepping motor and controller system for tuning-free, closed loop operation.
The linear slide has no hunting problem upon stopping. The vibration and noise levels have been lowered by employing advanced technology that produces smoothness comparable to a microstep driver.
The SPV Series boasts a maximum speed of 1500 mm/s. It also achieves an acceleration of 5 m/s2 when carrying a load corresponding to the maximum transportable mass in the horizontal direction.
The SPV Series is available in two configurations, motor installed on top and motor installed on the bottom.
The X and Y axes can be installed easily using the PAB3 dual axes mounting bracket (sold separately). It is also possible to directly assemble the linear slides of both axes. Only products with the motor at the top can be installed as the Y-axis. Products with a motor at the top cannot be installed as the Y-axis.
Employing an aluminum frame structure and a belt-and-pulley mechanism, the SPV6 and SPV8 support long strokes up to 1000 mm and 1500 mm, respectively. All models are capable of high-speed operation, achieving a maximum speed of 1500 mm/s.

The belt drive supports long strokes up to 1500 mm (the 1500 mm) stroke is supported by the SPV8 only).
Linear Slide |
Available Stroke Lengths (mm) |
SPV6 |
100, 200, 300, 400, 500, 600, |
SPV8 |
100, 200, 300, 400, 500, 600, 700, 800, 900, |
The linear slide and controller are connected via a single cable and the wiring distance can be extended to a maximum of 20 m (10 m for 24 VDC products). The cable is fitted with a connector for quick connection.
The linear slides, controllers and teaching pendants are designed and manufactured for use in general industrial equipment as an internal component, and therefore need not comply with the Machinery Directive. However, each product has been evaluated under the following standards to ensure proper operation: EN ISO 12100-1, EN ISO 12100-2, EN 1050, EN 60204-1
Emergency Stop Function
The emergency stop circuit in the teaching pendant or controller is designed in accordance with the requirements of Category 1 under EN 954-1.
Emergency Stop Circuit
The customer must provide an appropriate emergency stop circuit by conducting risk assessment based on your system.
The controller combines all of the functions needed to operate a linear slide in an easy to use solution. All EZ Limo controllers feature a vibration suppression function to reduce common areas where vibration can occur. The controllers are available in three power supply voltages: 24 VDC (SPV6 only), single-phase 100-115 VAC and single-phase 200-230 VAC.
The controller can be used as an absolute unit by connecting an optional battery.
Choose Controller or Driver Mode
The EZ Limo can be combined with your existing controller to serve as a driver controlling the linear slide by pulse input.
Teaching Function
You can directly move the table to a desired position and store the position obtained, or use a teaching pendant to move the table to a desired position and then store it. Up to 63 points of positioning data can be set.
Home Function
You can select sensorless return to home or return to home using sensors.
Linked Operation
By linking multiple sets of operation data, simply input a start signal. You can then change the linear slide speed without physically stopping the linear slide.
Four patterns of acceleration/deceleration setting are possible according to your operating conditions. Acceleration and deceleration can be set separately.
Use this filter to suppress disturbances during starting and stopping or to reduce vibration during low-speed operation. With the speed filter function you can control the motor to minimize speed fluctuations even when switching the speed rapidly between operation commands.
The set value can be adjusted digitally (over a range of 1 to 100). Increasing the set value makes the movement smoother while decreasing the synchronism with the command.
A signal is output when the linear slide table or cylinder rod enters a set area arbitrarily set along the stroke. One set area can be set.
Up to 63 points of positioning data can be set in simple steps. The positioning operation can be performed in one of two ways: using the selective positioning method, where desired data is selected and executed by the signals from the host controller; or the sequential positioning method, in which all data is executed sequentially when a start signal is input.
The current position, error code and other data can be output to an external device.

You can easily perform all tasks from operation to data setting by using our teaching pendant or data editing software.
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Teaching Pendant (Sold separately) EZT1 |
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Data Editing Software (Sold separately) EZED2 |
Data can be set in the absolute mode (absolute-position specification) or the incremental mode (incremental-position specification).
Absolute Mode: The absolute position (distance) from the reference point is set.
Incremental Mode: The position achieved by the motor after the last movement (=current position) is defined as the starting point for the next movement.
Oriental Motor offers a Stored Program Controller with RS-232C communications. For more information about the Stored Program Controller option please contact Tech Support at 1-800-GO-VEXTA or click here to submit an inquiry.
Need this product quick? Oriental Motor offers the best lead times in the industry. This product is available to ship within 7 business days (1-3 pcs.). Order online or contact your local sales office.
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Linear Slide Size |
Power Supply Voltage |
Lead |
Max. Load Moment |
Max. Transportable Mass (Horizontal) [kg] |
Max. Transportable Mass (Vertical) [kg] |
Max. Speed [mm/s] |
Stroke [mm] |
||
MP |
MY |
MR |
|||||||
SPV6 |
75 |
18 |
16 |
9 |
10 | N/A | 400 | 100 ~ 1000 (100 mm increments) |
|
75 |
10 | N/A | 1500 | ||||||
SPV8 |
90 |
33 |
29 |
40 |
20 | N/A | 1500 | 100 ~ 1500 (100 mm increments) |
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