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ID : 10701

Specification of Robot Controller

This page describes the specifications divided into the following items.

Robot Controller Name, Model Code, Applicable Robot

Robot controller name RC9L
Model code
I/O type: Negative Common (NPN)
RC9L-M
I/O type: Positive Common (PNP)
RC9L-P
Applicable robot
  • VLA-4025
  • VLA-6022

Outer Dimensions, Weight

Outer dimensions

W600 × D581 × H750 [mm]

For details, see the drawing.

Weight Approx. 104 kg

Environmental Conditions for Installation Site

Ambient temperature

During operation: 0 to 40°C

During storage and transport: -10 to 60°C

Relative humidity

During operation: 20 to 90% RH (No dew condensation allowed)

During storage and transport: 40 to 75% RH (No dew condensation allowed)

Altitude During operation: 1,000 m or less
Safe installation environment Refer to "Insuring the Proper Installation Environment" in Safety Precautions.
Working space Sufficient space must be available for inspection and disassembly.
Grounding conditions Grounding resistance (protective ground): 10Ω or less.

Power Source

Power source specifications

3-phase 400 VAC -10% to 480 VAC +10%, 47 to 63 Hz, 10 kVA

(If the power transformer box is used: 3-phase 200 VAC -10% to 230 VAC +10%, 47 to 63 Hz, 10 kVA)

Cable

Use the AC power cable (10 m), which is a required option that you need to select when purchasing the controller.

    Ensure the inner bending radius of the AC power cable is 104 mm or more. The cable may be broken if bent excessively.

Structure

Installation orientation Floor-mounted (fixed with bolts)
Degree of protection IP54
Defacement (pollution) degree 3

Robot Control

Number of axes controlled 6 axes
Control method PTP, CP 3-dimensional linear, 3-dimensional arc
Cable
Motor & Encoder Cable Set

Select a length from 5, 10, 15, 20, 30, and 40 m.

The set consists of a motor power cable and an encoder cable.

It is a required option that you need to select when purchasing the controller.

The cables are fixed (immovable) cables.

    Ensure the following inner bending radii of the motor & encoder cables are maintained. The cable may be broken if bent excessively.

  • Motor power cable: 300 mm or more
  • Encoder cable: 230 mm or more

Programming

Language DENSO Robotics language PacScript
Memory capacity
User Area, Global Variable
32,766 points
Number of Program Files
Maximum: 256 files
Teaching method
  • Remote Teaching
  • Numeric input
Timer accuracy 1 msec

I/O

Safety I/O

Number of Pins

  • Safety input: 6 pins
  • Safety output: 8 pins

Overview

  • Safety input and Safety output are safety-related signals such as Emergency Stop input, Protective Stop input, and STO Monitor output.
  • Use the Safety I/O cable (select a length from 10 m and 20 m), which is a required option that you need to select when purchasing the controller.
Digital I/O

Number of Pins

  • System input: 8 pins / User input: 8 pins
  • System output: 8 pins / User output: 8 pins

Overview

  • System input and system output are I/Os to which specific functions are assigned by default.
  • User input and user output are I/Os that you can use as you want.
  • Use the Digital I/O cable (select a length from 10 m and 20 m), which is an optional item.
  • The circuit configuration (NPN/PNP) for the I/Os is determined depending on the I/O type of the robot controller model code.
Hand I/O

Number of Pins

Using the wires inside the encoder cable (factory default setting)

  • User input: 6 pins
  • User output: 6 pins
  • Using the Hand I/O cable (optional item)

    • User input: 12 pins
    • User output: 12 pins

Overview

  • User input and user output are I/Os that you can use as you want.
  • If you need seven or more I/O pins, use the Hand I/O cable (select a length from 5, 10, 15, 20, 30, and 40 m), which is an optional item.
  • The circuit configuration (NPN/PNP) for the I/Os is determined depending on the I/O type of the robot controller model code.
User Power

Overview

  • Power source for Digital I/O and Hand I/O.

Power Source Specifications

Using the internal power source (supplied from the robot controller)
Voltage: DC24V±10% / Current capacity: 1.25A
Using an external power source
24 VDC ±10% (connect an external power source to the User Power internal power source connector)
Options

The following devices are also available as options.

Field Network Slave

  • PROFINET RT Device Terminal
  • EtherNet/IP Slave Terminal
  • PROFIBUS Slave Terminal
  • DeviceNet Slave Terminal
  • EtherCAT Bridge Terminal

Only one field network slave terminal can be used for one robot controller.

Digital Input

  • Digital Input Terminal NPN, 8 points, 10µs, IP20
  • Digital Input Terminal NPN, 16 points, 3ms, IP20
  • Digital Input Terminal PNP, 8 points, 10µs, IP20
  • Digital Input Terminal PNP, 16 points, 3ms, IP20

Digital Output

  • Digital Output Terminal NPN, 8 points, 0.5A, IP20
  • Digital Output Terminal NPN, 16 points, 0.5A, IP20
  • Digital Output Terminal PNP, 8 points, 0.5A, IP20
  • Digital Output Terminal PNP, 16 points, 0.5A, IP20

Digital Input/Output

  • Digital Input/Output Terminal PNP, 16 points, 3ms, IP67

Communication

Ethernet Side of the robot controller: 1 line (GbE: Gigabit Ethernet)
USB
  • Side of the robot controller: 1 line
  • Inside of the robot controller (Robot Control IPC): 3 lines
Options

The following devices are also available as options.

Serial Communication

  • RS232C 2ch Terminal
  • RS422/RS485 2ch Terminal

You cannot use multiple same terminals for one robot controller.

Ethernet

  • Ethernet expansion module

Operation Devices

Smart TP
(teach pendant)
  • It is an optional item.
  • Resolution 800 × 1280
  • Select a cable length from 5, 10, and 20 m.
Mini-pendant
  • It is an optional item.
  • LCD size 128 × 64 pixels
  • Select a cable length from 5, 10, and 20 m.
Pendant extension cable
  • It is an optional item.
  • The length is 20 m.

Safety

Safety performance (*1)
Structure
Category 4
Performance level
e
MTTFD
1,731 years
DCavg
99%
PFHD
4.43E-9
Self-diagnosis function It detects an overrun, servo error, memory error, input error, short circuit (in user wiring), and other errors.
Error indication
  • External error output
  • Displaying an error message and a recovery method on Smart TP (optional item).
  • Displaying an error code on Mini-Pendant (optional item).
SCCR 5 kA
Safety-related control system Type
  • Emergency Stop function
  • Protective Stop function
  • Enable-Auto function
  • Enabling Switch function
Performance
  • PLd, Cat.3
  • Stop category 1
Over-voltage category III
Electric shock protection class I

To check the safety functions, restart the robot controller once every 24 hours.

*1: The safety performance described here is the safety performance of the robot stop functions (Emergency Stop, Enable Auto, Protective Stop, and the enabling switch). The performance calculation does not include input devices that you need to prepare yourself (such as switches connected to Emergency Stop, Enable Auto, and Protective Stop).

Calculation Conditions

  • The calculation is based on ISO 13849-1:2015.
  • The annual number of operations (Nop) is estimated as follows.
Operation Mission time (year)
10 20
Start/Stop (Motor ON/OFF) 20,683 19,466

ID : 10701

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