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Kawasaki CL110N vs NEURA LARA 10

Specifications as each maker states them, side by side. The (i) beside a value links to its source.

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4 of 26 specs differ across 2 models

SpecKAKawasaki CL110NNENEURA LARA 10
General
Degrees of Freedom66
Maximum Reach1000 mm1000 mm
Repeatability0.02 mm0.02 mm
Payload Capacity10 kg10 kg
Joint Speed180 °/s180 °/s
Mounting PositionAny orientationany
IP RatingIP66IP66
Controller IncludedYesYes
Communication ProtocolsGPIO (3 digital in / 3 digital out / 2 analog in), Modbus RTU at the TCP M12 connector; controller adds TCP/IP, Modbus TCP and USB 3.0.Modbus RTU (tool bus), Modbus TCP, EtherNet/IP, USB 3.0 (controller)
IEC 61496 TypeCategory 3—
Mounting FlangeDIN ISO 9409-1-50-4-M6DIN ISO 9409-1-50-4-M6
Operating Temperature Range0 °C to 50 °C0 °C – 40 °C
PL RatingPL d—
Weight42 kg45 kg
Drive Type—electric
Arm Type—Collaborative robot (cobot), 6 rotary joints
Base Plate Mounting Pattern—Bolt circle Ø 180 mm (Ø 200 mm base footprint)
Connector Type—M12
Encoder Resolution—24 bit
I/O Ports—Tool: M12 12-pin A-coded male (IEC 61076-2-101), 24 V max 1500 mA. Controller: 8× GPIO, Modbus TCP, EtherNet/IP, USB 3.0, Safe I/Os
Input Voltage Range—100–240 V AC, 50/60 Hz (control box)
Number of Analog Inputs—2
Number of Digital Inputs—3
Number of Digital Outputs—3
SDK—NeuraPy API (Python)
Safety Functions—Safe position, speed, torque, limits and I/Os (Safe Master architecture)

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