RCP2-GR3LS

Main specification

HeadingContents
Speed reduction1/30
Gripping MotionMax. Gripping Force (N)(Both sides)18
Max. speed of gripping motion (degree/s)(per side)20
Approaching MotionMax. speed (degree/s)(per side)200
Min. speed (degree/s)(per side)5
Rated Acceleration/Deceleration (G)(Per side)0.3
Max. Acceleration/Deceleration (G)(Per side)0.3
Stroke (Per side)Min. stroke (degree)(per side)19
Max. stroke (degree)(per side)19

HeadingContents
Drive systemWorm gear + Worm wheel gear
Accuracy of Repeating Positioning.±0.01 degree
Homing precision
Backlash1 degree or less per side (Always pressured to open side via torsion spring)
Lost motion0.15 degree or less per side
Allowable thrust load (Vertical payload)
Ambient operating temperature and humidity0 - 40℃, RH 85% and below (no condensation)
Protection grade
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

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.

Oversea specification

Important notes on selection

(1) The maximum opening/closing speed of the "Main specification" indicates the operating speed of one side. The relative operating speed is twice this value.
(2) The maximum gripping force of the "Main specification" is the total value of the gripping force of all fingers when the gripping point distance is 10 and the overhang distance is 0. Please refer to "Correlation Diagram of Gripping Force and Current Limit Value" for the actual work mass that can be transported.
(3) Be sure to use push-motion operation to grip the work. Refer to page 1-313 for further details.
(4) Encoder type box for model item will be "I" for simple absolute as well.
(5) A conversion unit or conversion cable is required for RCON/RSEL connection. Refer to page 8-121 for further details.

Return to the page top

Dimension drawing

※1 The actuator cable is not a robot cable.

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

(Note) At homing, it will spread outward once from the home position and return, so please be careful of interference with surrounding objects.

Mass

HeadingContents
Mass0.6kg

Checking the Gripping Point Distance

When using, please use with a gripping point distance (L) of 50mm or less.

Correlation Diagram of Gripping Force and Current Limit Value

(Note) This is the gripping force on the upper surface of the lever. The actual gripping force decreases in inverse proportion to the distance from the opening/closing fulcrum. The effective gripping force can be calculated from the following formula.

 Effective gripping force (GR3LS) = P x 24/(L + +14)

 (P = gripping force indicated in the graph, L = distance from finger mounting surface to gripping point)

(Note) Gripping force is the total value of both fingers.

(Note) Values indicated are for reference only. There is a maximum variation of about ± 15%.

(Note) The speed is fixed at 20 degrees/s for gripping (pushing) motion.