RCP2W-RTC
RCP2W-RTCL

Main specification

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Speed reduction1/201/30
Max. torque (N⋅m)1.11.7
Deceleration/acceleration (Note 1)Maximum speed (degree/s)600400
Rated acceleration/deceleration (G)0.30.3
Maximum acceleration/deceleration (G)0.30.3
Air purgeFlow rate (Nl/min)20
BrakeBrake specificationNon-excitation electromagnetic brake
Brake holding torque (N⋅m)0.4
Operation range (Degree)330-degree rotation type330
360-degree multi-rotation type360

(Note 1) 1G≒9807degrees/2

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Drive systemHypoid gear
Accuracy of Repeating Positioning.±0.01 degree
Homing method330-degree rotation typeMechanical stopper method
360-degree multi-rotation typeProximity sensor method
Homing precision330-degree rotation type±0.01 degree
360-degree multi-rotation type±0.05 degree
Lost motion±0.1 degree
Allowable thrust load50N
Allowable load moment3.9N・m
Allowable moment of inertiaReduction ratio 1/200.01kg・m2
Reduction ratio 1/300.015kg・m2
Main materialRotating partRaident treated
FrameAlumite treated aluminum
Actuator cablePolyvinyl chloride (PVC)
Ambient operating temperature and humidity0 - 40℃, RH 85% and below (no condensation)
Protection gradeIP54
Vibration resistant/Shock resistant4.9m/s2
Compatible to overseas standardsCE mark, RoHS compliant
Motor typePulse motor
Encoder typeIncremental
Encoder pulse No.800 pulse/rev
DeliveryWritten in [Reference for delivery] section of the homepage

Direction of moment (Rotary type)

Adaptive controller

The actuators introduced in this page are controllable using the controllers shown below. Please select their type based on intended usage.

NameAppearanceMax. connectable
axis No.
Power source voltageControl methodMaximum positioning points
PositionerPulse trainProgramNetwork *Select
DVCCCIEPRCNMLML3ECEPPRTSSNECM
MSEL-PC/PG4Single phase AC
100 - 230V
30000
PCON-CB/CGB1DC24V
*Selectable

*Selectable
512
(768 for network specification)
PCON-CYB/PLB/POB1
*Selectable

*Selectable
64
RCON16
(ML3,SSN,ECM is 8)
128
(Position data unavailable for ML3, SSN and ECM)
RSEL836000

(Note) Refer to page 8-17 for network abbreviations such as DV and CC.

(Note) The rotation axis index mode cannot be used with the ML3, SSN, and ECM type.

Oversea specification

Important notes on selection

(1) The output torque decreases as the rotation speed increases. See "Correlation diagram of speed, output torque, and allowable moment of inertia" for further details.
(2) The allowable moment of inertia of the workpiece to be rotated depends on the rotation speed. See "Correlation diagram of speed, output torque, and allowable moment of inertia" for further details.
(3) The 360-degree multi-rotation type may not be controlled under index mode depending on the controller. Refer to "Notes on combination of operation mode and controller" for further details.
(4) The brake is for holding. Do not use for braking/emergency stop purposes.
(5) Allowable inertia and allowable braking torque are not always compatible. Make sure that the load torque is less than or equal to the holding torque.
(6) Encoder type box for model item will be "I" for simple absolute as well.

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Dimension drawing

*1 The actuator cable is a robot cable.

*2 Motor/encoder cable is to be connected to the cable joint connector.

(Note) Rotating part is shaded In the plan view below.

(Note) The position of the rotating part in the plan view below is the home position for both standard type and reverse rotating type (option).

 When returning to the home position, the standard type rotate to the left when viewed from above during the homing, and rotate to the right to operate once the homing completes.

 In the reverse rotating type, it rotates to the right to home, and operates by rotating to the left once the homing completes.

 Please note that it is structurally impossible to change the direction of rotation after shipment.

Mass

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MassWithout brake1.04kg
With brake1.42kg

Correlation diagram of speed, output torque, and allowable moment of inertia

■ Correlation diagram between rotation speed and output torque

■ Correlation diagram of rotation speed and allowable moment of inertia

Homing method and forward rotation direction

■ 330-degree rotation type

When viewed from the top of the rotating part, the clockwise rotation is the forward (+) direction.

Rotates counterclockwise while homing.

Detects the position of the mechanical stopper, reverses the operation, and then stops.

The homing operation can't be run clockwise.

■ 360-degree multi-rotation type

When viewed from the top of the rotating part, the clockwise rotation is the forward (+) direction.

Rotates counterclockwise while homing.

After detecting the sensor and operating in the range of θ (Note 2), it stops.

(Note 2) Homing range θ: Appx. 30 degrees

 It will vary slightly depending on the detection distance of the home position sensor. Please use this as a guideline.

Guideline for load shape and mass

■ When the center of the disk-shaped load is the center of the output shaft

■ For loads that are offset from the center of the output shaft

Precautions for combination of operation mode and controller

The 330-degree rotation type cannot be used in index mode. The 360-degree multi-rotation type has the following points to note.

Operation modeOperation descriptionOperating rangeCompatibility with simple absolutePrecautions when selecting a controller
Index mode
(factory default)
If you rotate the axis of rotation once, the current coordinates will be "0deg".
It is used for applications that keep rotating in one direction.
0 - 359.99YesThe following types are not supported
PCON-CB/CFB controller
・Pulse train control type
・ML3
PCON-PLB/POB controller
RCON, MCON controller
・Network type ML3, SSN, ECM
Normal modeUsed for rotating within a finite range.
Has to be rotated in reversing direction to return the value to "0deg".
0 - 9999.99 (Note 3)Yes

(Note 3) Manual setting of soft limit parameters is required.