Document Outline

• 1. A rust preventative substance has been applied to the motor shaft’s end and flange. Remove the...
• 2. When connecting the motor shaft to a driven machine, be sure to center-align accurately to pre...
• 3. Mount the servo unit(Converter,Inverter and Amplifier ) vertcally and fasten firmly in place w...
• 4. Since the servo unit (Converter,Inverter and Amplifier ) will generate heat, install the unit ...
• 5. In order to reduce heat generation, position the servo unit’s(Converter,Inverter and Amplifier...
• 6. When circulating air inside of the enclosure, do not blow air directly onto the servo unit sin...
• 7. Position and mount components so that they are easily accessible for inspection and maintenance.
• 1. The power supply should be provided at the customer’s site.
• 2. Supply the power in the range of +24V DC +10% to the PC NC unit’s inlet (CN05).
• 1. D o not touch the unit or terminal wire while the unit is operating.
• 2. Even though the unit has been turned OFF, it is still in charged status, so do not touch any c...
  • 1
• General Installation And Electrical Connection
  • 1.1 System Configuration 1 - 2
    • 1.1.1 System Configuration 1 - 2
    • 1.1.2 Connection between Devices 1 - 3
    • 1.1.3 Connector Layout NC side 1 - 4
    • 1.1.4 Connector Layout PC side 1 - 5
  • 1.2 General Specifications 1 - 6
  • 1.3 Thermal Design of Enclosure 1 - 7
    • 1.3.1 Thermal Design 1 - 7
    • 1.3.2 Dust Proof Design 1 - 11
    • 1.3.3 Countermeasure Against Magnetic Fields 1 - 12
  • 1.4 Cable Clamp and Shielding 1 - 13
  • 1.5 Packaging 1 - 14
    • 1.5.1 General Notes 1 - 14
    • 1.5.2 Installation of PCNC Unit 1 - 15
    • 1.5.3 Installation of Feed/Spindle Servopacks 1 - 16
• 1.1 System Configuration
  • 1.1.1 System Configuration
  • 1.1.2 Connection Between Devices
  • Figure 1.1.2.1 Detail Connection of PCNC Unit with various devices.
    • 1.1.3 Connector Layout NC Side
      • FIGURE 1.1.3.1: Details Layout of YASNAC JZNC-JFC10 Board
    • 1.1.4 Connector Layout PC Side
      • FIGURE 1.1.4.1: Connector Layout on the top view of the PCNC CPU rack
• 1.2 General Specifications
  • Table 1.2.1: Specifications
  • Ambient Conditions
  • Temperature*
  • Storage and
  • Transportation
  • -15oC to +65oC
  • Operating
  • (around
  • enclosure)
  • PCNC unit
  • I/O module
  • Servopack
  • 14” Color monitor with
  • touch screen
  • 0oC to +53oC
  • Humidity
  • 20% to 80% RH (with operation)
  • 10% to 90% RH (with non-operation)
  • Vibration
  • during operation
  • Less than 4.9m/s
  • Others
  • Free from dust, coolant or organic solvent
  • PCNC Unit input power supply
  • +24VDC+10%
  • 180V-264V AC
  • Power Supply Unit UPS000004
• 1.3 Thermal Design of Enclosure
  • 1.3.1 Thermal Design
    • Table 1.3.1.1: Heat Exchangers
  • REX1550
  • 100W /10oC
  • 295 width x 890 height x 50 depth
  • HEATEX02
  • 250W /10oC
  • 440 width x 924 height x 50 depth
  • PCNC rack
  • JZNC-JPCRKM_-_
  • 14” Color CRT with Touchscreen
  • JZNC-JPCOP-_ _ _
  • I/O Module
  • JANCD-FC810*
  • 29
  • 29
  • 0
  • JANCD-FC860*
  • 29
  • 29
  • 0
  • JANCD-FC861*
  • 14.5
  • 14.5
  • 0
  • Converter
  • CIMR-MR5N23P7
  • 84
  • 44
  • 2.5
  • CIMR-MR5N25P5
  • 84
  • 44
  • CIMR-MR5N27P5
  • 119
  • 61
  • CIMR-MR5N2011
  • 152
  • 70
  • CIMR-MR5N2015
  • 204
  • 88
  • CIMR-MR5N2018
  • 273
  • 108
  • CIMR-MR5N2022
  • 335
  • 132
  • CIMR-MR5N2030
  • 392
  • 160
  • Spindle Inverter
  • CIMR-MR5N23P7
  • 84
  • 44
  • 2.5
  • CIMR-MR5N25P5
  • 185
  • 58
  • CIMR-MR5N27P5
  • 244
  • 77
  • CIMR-MR5N2011
  • 307
  • 89
  • CIMR-MR5N2015
  • 454
  • 119
  • CIMR-MR5N2018
  • 565
  • 144
  • CIMR-MR5N2022
  • 717
  • 180
  • CIMR-MR5N2030
  • 869
  • 219
  • Reactor
  • UZBA-B 20A 0.53 mH
  • 35
  • 35
  • 0
  • UZBA-B 30A 0.35 mH
  • 45
  • 45
  • 0
  • UZBA-B 40A 0.265 mH
  • 50
  • 50
  • 0
  • UZBA-B 60A 0.18 mH
  • 65
  • 65
  • 0
  • UZBA-B 80A 0.13 mH
  • 75
  • 75
  • 0
  • UZBA-B 90A 0.12 mH
  • 90
  • 90
  • 0
  • UZBA-B 120A 0.09 mH
  • 90
  • 90
  • 0
  • UZBA-B 160A 0.07 mH
  • 100
  • 100
  • 0
  • Servo Unit
  • SGDC-05AJ A
  • 28
  • 10
  • 2.5
  • SGDC-10AJ A
  • 48
  • 12
  • SGDC-15AJ A
  • 73
  • 15
  • SGDC-20AJ A
  • 108
  • 18
  • SGDC-30AJ A
  • 148
  • 22
  • SGDC-50AJ A
  • 208
  • 28
    • 1.3.2 Dust proof Design
    • 1.3.3 Countermeasures against Magnetic Fields
• 1.4 Cable Clamp and Shielding
  • FIGURE 1.4.1: Yasnac PCNC Shielding and Ferrite core clamping points
• 1.5 Packaging
  • 1.5.1 General Notes:
  • 1.5.2 Installing the PCNC Unit
    • FIGURE 1.5.2.1: Mounting of PCNC Unit
  • 1.5.3 Installing the Feed/Spindle Servopacks (Amplifiers)
    • 2
  • Power Supply Connection
    • 2.1 Connection between Devices 2 - 2
      • 2.1.1 Power Supply specifications for PCNC and I/O units 2 - 2
      • 2.1.2 Power Supply connections to PCNC 2 - 3
      • 2.1.3 Power Supply Connections to PCNC and I/O units 2 - 3
      • 2.1.4 Power Supply to Converter unit 2 - 4
    • 2.2 Detailed Connections 2 - 5
      • 2.2.1 Power Supply to PCNC unit 2 - 5
      • 2.2.2 Power Supply to Converter 2 - 7
      • 2.2.3 Example of Circuit Diagram 2 - 8
    • 2.3 LED for Power Input /Output 2 - 9
      • 2.3.1 LED for PCNC Power Input 2 - 10
• 2.1 Connection between Devices
  • 2.1.1 Power Supply specifications for PCNC Unit and I/O units.
  • 2.1.2 Power Supply Connections to PCNC
    • FIGURE 2.1.2.1 Power Supply to PCNC Unit when using recommended Power Supply Unit.
  • 2.1.3 Power Supply Connections to PCNC and I/O Units
    • FIGURE 2.1.3.1 Power Supply to PCNC unit when using recommended Power Supply Unit
  • 2.1.4 Power Supply to Converter Unit
    • FIGURE 2.1.4.2 Connection between Devices
    • Table 2.1.4.2  Component Selection for Power Supply Circuit
  • 3P7
  • 3.7
  • 4.6
  • 7
  • 30A
  • 20A
  • 20 A 0.53 mH
  • (x 002491)
  • (x 010057)
  • 5P5
  • 5.5
  • 6.8
  • 9
  • 40A
  • 30A
  • 30 A 0.35 mH
  • (x 002492)
  • (x 010058)
  • 7P5
  • 7.5
  • 9.3
  • 12
  • 50A
  • 40A
  • 40 A 0.265 mH
  • (x 002493)
  • (x 010059)
  • 011
  • 11
  • 13.6
  • 19
  • 75A
  • 60A
  • 60 A 0.18 mH
  • (x 002495)
  • (x 010060)
  • 015
  • 15
  • 18.6
  • 24
  • 100A
  • 75A
  • 80 A 0.13 mH
  • (x 002497)
  • (x 010061)
  • 018
  • 18.5
  • 22.9
  • 30
  • 125A
  • 100A
  • 90 A 0.12 mH
  • (x 002498)
  • (x 010062)
  • 022
  • 22
  • 27.2
  • 36
  • 150A
  • 125A
  • 120 A 0.09 mH
  • (x 002555)
  • (x 010063)
  • 030
  • 30
  • 37.1
  • 48
  • 175A
  • 150A
  • 160 A 0.07 mH
  • (x 002556)
  • (x 010064)
• 2.2 Detailed Connection
  • 2.2.1 Power Supply to PCNC unit
  • 1
  • +24V
  • 2
  • 024V
  • 3
  • FANALM
    • FIGURE 2.2.1.1 Power supply connections to PCNC Unit and 24V DC Power supply unit.
    • FIGURE 2.2.1.2 Power supply connections to PCNC Unit and 24V DC Power supply unit.
    • FIGURE 2.2.1.3 PCNC unit frame ground wire to be connected
    • FIGURE 2.2.1.4 YASNAC PCNC CRT Power and Ground Wiring
    • 2.2.2 Power Supply to Converter Unit
      • FIGURE 2.2.2.1 Detailed Connection of Power
    • 2.2.3 Circuit Diagram Example (Power magnets & PCNC CN12 Control Signals)
      • FIGURE 2.2.3.2 Circuit Diagram Example
• 2.3 LED for Power Input/Output
  • FIGURE 2.3.0.1 LED for PCNC Input/Output Power Indication on JCNC-JFC10 Board
  • 2.3.0 LED for PCNC Power input
    • 3
  • Connection of PCNC Operation Panel
    • 3.1 Connection between Devices 3 - 2
      • 3.1.1 Connection with the Operation panel 3 - 2
    • 3.2 Detailed Connection of PCNC Operation panel 3 - 3
      • 3.2.1 Connection with Operation panel 3 - 3
    • 3.3 General notes on Connection with operation Panel 3 - 8
      • 3.3.1 JANCD-JSPO4/JANCD-J861 3 - 8
      • 3.3.2 PCNC Connections Layout 3 - 9
      • 3.3.3 Extended I/O board FC861 and Remote Machine Pendant connections 3 - 10
• 3.1 Connection Between Devices
  • 3.1.1 Connection with Operation Panel
• 3.2 Detailed Connection of PCNC Operation Panel
  • 3.2.1 Connection with Operation Panel
• 3.3 General Notes on Connection with Operation Panel
  • 3.3.1 JANCD-JSP04 and Operator Panel
  • 3.3.2 PCNC Connection Layout (Top View)
    • FIGURE 3.3.2.1 PCNC Connections Layout to CRT and PC Accessories
  • 3.3.3 Extended I/O board FC861 and Remote machine pendent connections
    • FIGURE 3.3.3.1 External FC861, Remote Machine Pendant, and PCNC connections
    • 4
  • Connection of Manual Pulse Generator
    • 4.1 Connection between Devices 4 - 2
      • 4.1.1 Connection with PCNC Operation Panel 4 - 2
    • 4.2 Detailed Connection of Manual Pulse Generator 4 - 3
      • 4.2.1 Parallel I/F 4 - 3
      • 4.2.2 Non-Parallel I/F 4 - 4
• 4.1 Connection Between Devices
  • 4.1.1 Connection of the PCNC operator Panel to the Manual Pulse Generator.
    • FIGURE 4.1.1.1 Connection Between Devices
• 4.2 Connection Details of Manual Pulse Generator
  • 4.2.1 Parallel I / F
    • FIGURE 4.2.1.1 Detailed Connection of Manual Pulse Generator (Parallel I/F)
  • 4.2.2 Non - parallel I / F
    • FIGURE 4.2.2.1 Manual Pulse Generator Connection Details
    • 5
  • Connection of Power ON/OFF Exclusive Signal
    • 5.1 Connection between Devices 5 - 2
      • 5.1.1 Connection to PCNC Unit 5 - 2
    • 5.2 Detailed Connection of Power ON/OFF Exclusive Signal 5 - 3
      • 5.2.1 Connection to PCNC Unit 5 - 3
    • 5.3 Details of Signal 5 - 4
      • 5.3.1 Servo Power ON (SVMX), Brake Release (BKX) Output 5 - 4
      • 5.3.2 Emergency Stop (*ESP) Input 5 - 5
      • 5.3.3 External Power ON/OFF (EON, EOF, ECOM) Input 5 - 5
• 5.1 Connection between Devices
  • 5.1.1 Connection to the PCNC Unit
    • FIGURE 5.1.1.1 Connection between Devices
• 5.2 Power ON/OFF Exclusive Signal Connection Details
  • 5.2.1 Connection to PCNC Unit
    • FIGURE 5.2.1.1 Power ON/OFF Exclusive Connection Details
• 5.3 Details of signals
  • 5.3.1 Servo Power ON (SVMX) and Brake Release (BKX) Output
    • FIGURE 5.3.1.1 Power ON Sequence of Servo with PCNC Unit
  • 5.3.2 Emergency Stop (*ESP) Input
  • 5.3.3 External Power ON/OFF (ECON, EOF, ECOM) Input
    • 6
  • Connection With The Servopack
    • 6.1 Connection between Devices 6 - 2
      • 6.1.1 Connection between PCNC Unit, Servopack and Motor 6 - 2
    • 6.2 Connection Details 6 - 3
      • 6.2.1 Connection between PCNC Unit and Servopack 6 - 3
      • 6.2.2 Connection of the Servomotor 6 - 4
      • 6.2.3 Connection of the Spindle Motor 6 - 7
      • 6.2.4 Selection of the Converter 6 - 9
• 6.1 Connection between Devices
  • 6.1.1 Connection between PCNC, Servopack (Servo, Inverter and Converter units) and Motor
    • FIGURE 6.1.1.1 Connection between PCNC unit, Servopack and Motor
• 6.2 Connection Details
  • 6.2.1 Connection Between PCNC Unit and Servopack
    • FIGURE 6.2.1.1 Connection between PCNC unit and Servopack
  • 3120
  • D0
  • SPRDY-1
  • Machine ready
  • D1
  • SPEMG-1
  • Emergency stop
  • D2
  • SPFWD-1
  • Forward rotation
  • D3
  • SPREV-1
  • Reverse rotation
  • D4
  • SPTLH-1
  • Torque limit H
  • D5
  • SPTLL-1
  • Torque limit L
  • D6
  • SPSSC-1
  • Soft start canel
  • 3121
  • D0
  • SPCHW-1
  • Winding changeover signal
  • D1
  • SPPPI-1
  • Speed controller P-PI changeover signal
  • D2
  • SPORT-1
  • Orientation signal
  • D3
  • SPLGR-1
  • L gear selection signal
  • D4
  • SPMGR-1
  • M gear selection signal
  • 3660
  • D0
  • SPZSPD-1
  • Zero-speed signal
  • D1
  • SPAGR-1
  • Speed match signal
  • D2
  • SPSDET-1
  • Speed detection signal
  • D3
  • SPTDET-1
  • Torque detection signal
  • D4
  • SPTLE-1
  • In torque limit signal
  • D5
  • SPORG-1
  • Load axis zero point signal
  • D6
  • SPORE-1
  • Orientation completed signal
  • D7
  • SPCHWE-1
  • Winding changeover signal
  • 3661
  • D0
  • SPFLT-1
  • Fault signal
  • D1
  • SPTALM-1
  • Error/Alarm signal
    • 6.2.2 Servomotor Connection
      • FIGURE 6.2.2.1 Connection of the Servopack (with built-in PG)
      • FIGURE 6.2.2.2 Connection of the Servopack (with Separate Feedback Unit)
    • 6.2.3 Spindle Motor Connection
      • FIGURE 6.2.3.1 Connection of the Spindle Motor (with Built-in PG)
      • FIGURE 6.2.3.2 Connection of the Spindle Motor (with Separate Spindle Drive PG)
    • 6.2.4 Selection of the Converter
      • 7
  • Connection of RS-232C
    • 8
  • Connection of Direct IN-OUT Signal
  • to the CNC Unit
    • 8.1 Connection between Devices 8 - 2
      • 8.1.1 Connection to the CNC Unit 8 - 2
    • 8.2 Detailed Connection of Direct IN/OUT 8 - 2
      • 8.2.1 Connection to the CNC Unit 8 - 2
      • 8.2.2 Description of Signal 8 - 4
      • 8.2.3 I/O Circuits on CNC side 8 - 4
• 8.1 Connection between Devices
  • 8.1.1 Connection to the PCNC Unit
    • FIGURE 8.1.1.1 Connection between Devices
• 8.2 Detailed Connection of Direct-IN/OUT
  • 8.2.1 Connection to the PCNC Unit
    • FIGURE 8.2.1.1 Connection Details of Direct IN (for 0V Common)
    • FIGURE 8.2.1.2 Connection Details of Direct IN (for 24V Common)
    • FIGURE 8.2.1.3 Connection Details of Direct OUT
• 8.3 Description of Signal
  • 8.3.1 I/O Circuits on PCNC side
    • FIGURE 8.3.1.1 Time Chart
    • FIGURE 8.3.1.2 Input Circuit (for 0V Common)
    • FIGURE 8.3.1.3 Input Circuit (for 24V Common)
    • FIGURE 8.3.1.4 Output Circuit (Direct OUT Signal)
    • 9
  • Connection of I/O Module
    • 9.1 Connection between Devices 9 - 2
      • 9.1.1 Connection between Units 9 - 2
    • 9.2 Detailed Connection of I/O Module 9 - 3
      • 9.2.1 Connection between Units 9 - 3
    • 9.3 Connection between Additional I/O Module devices 9 - 4
      • 9.3.1 Connection between Units 9 - 4
    • 9.4 Detailed Connection of Additional I/O Module 9 - 5
      • 9.4.1 Connection between Units 9 - 5
• 9.1 Connection between Devices
  • 9.1.1 Connection between Units
    • FIGURE 9.1.1.1 Connection between Devices
• 9.2 I/O Module Connection Details
  • 9.2.1 Connection between Units
    • FIGURE 9.2.1.1 Connection Details of I/O Module
• 9.3 Connection between Devices of Additional I/O Modules
  • 9.3.1 Connection between Units
    • FIGURE 9.3.1.1 Connection between Additional I/O ModuleDevices
• 9.4 Connection Details of Additional I/O Modules
  • 9.4.1 Connection between Units
    • FIGURE 9.4.1.1 Connection Details of Additional I/O ModuleDevice
    • FIGURE 9.4.1.2 Connection of General Purpose I/O Module Device
    • FIGURE 9.4.1.3 Setting of Short Pin
    • FIGURE 9.4.1.4 I/O Module (JANCD-FC810, FC815, FC860)
    • FIGURE 9.4.1.5 I/O Module (JANCD-FC861)
    • FIGURE 9.4.1.6 I/O Module (JANCD-JSP02, JSP04)
    • Table 9.4.1.1: Table of Bit Reverse Area
  • COM30
  • #1000, #1001
  • #1016, #1017
  • #1032, #1033
  • #1048, #1049
  • #1064, #1065
  • COM31
  • #1002, #1003
  • #1018, #1019
  • #1034, #1035
  • #1050, #1051
  • #1066, #1067
  • COM32
  • #1004
  • #1020
  • #1036
  • #1052
  • #1068
  • COM40
  • #1005, #1006
  • #1021, #1022
  • #1037, #1038
  • #1053, #1054
  • #1069, #1070
  • COM41
  • #1007, #1008
  • #1023, #1024
  • #1039, #1040
  • #1055, #1056
  • #1071, #1072
  • COM42
  • #1009
  • #1025
  • #1041
  • #1057
  • #1073
  • COM20
  • #1010, #1011
  • #1026, #1027
  • #1042, #1043
  • #1058, #1059
  • #1074, #1075
  • COM21
  • #1012
  • #1028
  • #1044
  • #1060
  • #1076
  • COM30
  • #1013
  • #1029
  • #1045
  • #1061
  • #1077
    • Table 9.4.1.2: Table of Bit Reverse Area
  • COM00
  • #1000, #1001
  • #1016, #1017
  • #1032, #1033
  • #1048, #1049
  • #1064, #1065
  • COM01
  • #1002, #1003
  • #1018, #1019
  • #1034, #1035
  • #1050, #1051
  • #1066, #1067
  • COM02
  • #1004
  • #1020
  • #1036
  • #1052
  • #1068
  • COM03
  • #1005, #1006
  • #1021, #1022
  • #1037, #1038
  • #1053, #1054
  • #1069, #1070
  • COM04
  • #1007, #1008
  • #1023, #1024
  • #1039, #1040
  • #1055, #1056
  • #1071, #1072
  • -
  • COM00
  • #1040, #1041
  • #1048, #1049
  • #1056, #1057
  • #1064, #1065
  • #1072 #1073
  • COM01
  • #1042
  • #1050
  • #1058
  • #1066
  • #1074
  • COM02
  • #1043, #1044
  • #1051, #1052
  • #1059, #1060
  • #1067, #1068
  • #1075 #1076
  • COM03
  • #1045
  • #1053
  • #1061
  • #1069
  • #1077
  • COM04
  • #1046, #1047
  • #1054, #1055
  • #1062, #1063
  • #1070, #1071
  • #1078, #1079
    • 10
  • Connection of General Purpose I/O
    • 10.1 Connection between Devices 10 - 2
      • 10.1.1 Connection of Signal Line with I/O Module 10 - 2
      • 10.1.2 Connection between Devices 10 - 3
    • 10.2 Detailed Connection of General Purpose I/O 10 - 4
      • 10.2.1 FC810/FC815/FC860 Module 10 - 4
      • 10.2.2 FC861 Module 10 - 27
      • 10.2.3 JSP02/JSP04 Module 10 - 36
    • 10.3 Description of General Purpose I/O Signal 10 - 45
      • 10.3.1 I/O Port 10 - 45
      • 10.3.2 I/O Circuit of I/O Port 10 - 47
      • 10.3.3 Power Supply for I/O Signal 10 - 57
• 10.1 Connection Between Devices
  • 10.1.1 Connection of the Signal Line with I/O Module
    • FIGURE 10.1.1.1  Connection between Devices
  • 10.1.2 Connection between Devices
    • FIGURE 10.1.2.1  Connection between Devices
• 10.2 Connection Details of General Purpose I/O
  • 10.2.1 FC810/FC816/FC860 Module
    • FIGURE 10.2.1.1  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.2  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.3  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.4  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.5  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.6  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.7  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.8  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.9  FC810/FC815/FC860 Module Connection
    • FIGURE 10.2.1.10  FC810/FC860 Module Connection
    • FIGURE 10.2.1.11  FC810/FC860 Module Connection
    • FIGURE 10.2.1.12  FC810/FC860 Module Connection
    • FIGURE 10.2.1.13  FC810/FC860 Module Connection
    • FIGURE 10.2.1.14  FC810/FC860 Module Connection
    • FIGURE 10.2.1.15  FC810/FC860 Module Connection
    • FIGURE 10.2.1.16  FC810/FC860 Module Connection
    • FIGURE 10.2.1.17  FC815 Module Connection
    • FIGURE 10.2.1.18  FC815 Module Connection
    • FIGURE 10.2.1.19  FC815 Module Connection
    • FIGURE 10.2.1.20  FC815 Module Connection
    • FIGURE 10.2.1.21  FC815 Module Connection
    • FIGURE 10.2.1.22  FC815 Module Connection
    • FIGURE 10.2.1.23  FC815 Module Connection
  • 10.2.2 FC861 Module
    • FIGURE 10.2.2.1  FC861 Module Connection
    • FIGURE 10.2.2.2  FC861 Module Connection
    • FIGURE 10.2.2.3  FC861 Module Connection
    • FIGURE 10.2.2.4  FC861 Module Connection
    • FIGURE 10.2.2.5  FC861 Module Connection
    • FIGURE 10.2.2.6  FC861 Module Connection
    • FIGURE 10.2.2.7  FC861 Module Connection
    • FIGURE 10.2.2.8  FC861 Module Connection
    • FIGURE 10.2.2.9  FC861 Module Connection
  • 10.2.3 JSP02/JSP04 Module
    • FIGURE 10.2.3.1  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.2  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.3  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.4  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.5  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.6  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.7  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.8  JSP02/JSP04 Module Connection
    • FIGURE 10.2.3.9  JSP02/JSP04 Module Connection
• 10.3 Description of General Purpose I/O Signal
  • 10.3.1 I/O Port
    • FIGURE 10.3.1.1  CNC Unit and External Signals
    • Table 10.3.1.1: Number of I/O Points to Each Module
  • FC810,FC815,FC860
  • 112
  • 96
  • for
  • machine
  • panel
  • FC861
  • 64
  • 56
  • JSP02,JSP04
    • Table 10.3.1.2: Address and Connector
  • Address
  • Panel I/O (JANCD- JASP02/JSP04)
  • General Purpose
  • (JANCD-FC810/FC815/ FC860)
  • General Purpose I/O
  • (JANCD-FC861)
  • Input
  • Output
  • #1000
  • CN9
  • COM30
  • CN4
  • COM30
  • CN1
  • COM00
  • #1001
  • CN9
  • CN4
  • CN1
  • #1002
  • CN9
  • CN4
  • COM31
  • CN1
  • COM01
  • #1003
  • CN8
  • CN4
  • CN2
  • COM02
  • #1004
  • CN8
  • CN4
  • COM32
  • CN2
  • #1005
  • CN8
  • CN5
  • COM40
  • CN2
  • COM03
  • #1006
  • CN7
  • CN5
  • CN3
  • COM04
  • #1007
  • CN7
  • CN5
  • COM41
  • CN3
  • #1008
  • -
  • CN5
  • -
  • #1009
  • -
  • CN5
  • COM42
  • -
  • #1010
  • -
  • CN3
  • COM20
  • -
  • #1011
  • -
  • CN3
  • -
  • #1012
  • -
  • CN3
  • COM21
  • -
  • #1013
  • -
  • CN2
  • COM10
  • -
  • #1100
  • CN9
  • CN1
  • CN1
  • #1101
  • CN9
  • CN1
  • CN1
  • #1102
  • CN8
  • CN1
  • CN2
  • #1103
  • CN8
  • CN1
  • CN2
  • #1104
  • CN7
  • CN1
  • CN3
  • #1105
  • CN7
  • CN2
  • CN3
  • #1106
  • CN7
  • CN3
  • CN3
  • #1107
  • -
  • CN3
  • -
  • #1108
  • -
  • CN6
  • -
  • #1109
  • -
  • CN6
  • -
  • #1110
  • -
  • CN6
  • -
  • #1111
  • -
  • CN6
  • -
  • Total
  • 64 Inputs, 56 Outputs
  • 112 Inputs, 96 Outputs
  • 64 Inputs, 56 Outputs
    • Table 10.3.1.3: Input Port
  • SW1
  • Address Port
  • SW1
  • Address Port
  • SW1
  • Address Port
  • 1
  • #1000-#1007
  • 1
  • #1000-#1007
  • 1
  • #1000-#1013
  • 2
  • #1008-#1015
  • 2
  • #1008-#1015
  • 3
  • #1016-#1023
  • 3
  • #1016-#1023
  • 3
  • #1016-#1029
  • 4
  • #1024-#1031
  • 4
  • #1024-#1031
  • 5
  • #1032-#1039
  • 5
  • #1032-#1039
  • 5
  • #1032-#1045
  • 6
  • #1040-#1047
  • 6
  • #1040-#1047
  • 7
  • #1048-#1055
  • 7
  • #1048-#1055
  • 7
  • #1048-#1061
  • 8
  • #1056-#1063
  • 8
  • #1056-#1063
  • 9
  • #1064-#1071
  • 9
  • #1064-#1071
  • 9
  • #1064-#1077
  • A
  • #1072-#1079
  • A
  • #1072-#1079
    • Table 10.3.1.4: Output Port
  • SW1
  • Address Port
  • SW1
  • Address Port
  • SW1
  • Address Port
  • 1
  • #1100-#1006
  • 1
  • #1100-#1006
  • 1
  • #1100-#1111
  • 2
  • #1108-#1114
  • 2
  • #1108-#1114
  • 3
  • #1116-#1122
  • 3
  • #1116-#1122
  • 3
  • #1116-#1127
  • 4
  • #1124-#1130
  • 4
  • #1124-#1130
  • 5
  • #1132-#1039
  • 5
  • #1132-#1039
  • 5
  • #1132-#1143
  • 6
  • #1140-#1146
  • 6
  • #1140-#1146
  • 7
  • #1148-#1154
  • 7
  • #1148-#1154
  • 7
  • #1148-#1159
  • 8
  • #1156-#1162
  • 8
  • #1156-#1162
  • 9
  • #1164-#1170
  • 9
  • #1164-#1170
  • 9
  • #1164-#1175
  • A
  • #1172-#1078
  • A
  • #1172-#1078
    • 10.3.2 I/O Circuit of I/O Port
      • FIGURE 10.3.2.1  Input Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.2  Input Circuit (when using an External Power Supply)
      • FIGURE 10.3.2.3  Input Circuit (when using an External Power Supply)
      • FIGURE 10.3.2.4  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.5  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.6  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.7  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.8  Input Circuit (when using an External Power Supply)
      • FIGURE 10.3.2.9  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.10  Output Circuit (when using a Power Supply Unit)
      • FIGURE 10.3.2.11  Input Circuit
      • FIGURE 10.3.2.12  Output Circuit
    • 10.3.3 Power Supply for I/O Signal
      • 11
  • Replacement Of Battery
    • 11.1 Battery Replacement 11 - 2
      • 11.1.1 Checking the battery life 11 - 2
      • 11.1.2 Replacement procedure of battery 11 - 3
    • 11.2 Fuse Replacement 11 - 4
• 11.1 Battery Replacement
  • 11.1.1 Checking the Battery Life
  • 11.1.2 Replacement Battery Procedure
    • FIGURE 11.1.2.1: Connecting the Battery Connector
• 11.2 Fuse Replacement
  • FIGURE 11.2.1: Location of the Battery, Fuse, and related LED
  • 1.1 PCNC Module A1-3
    • 1.1.1 PCNC UNIT (JZNC-JPCRKMo - oooo - oo ) A1-3
  • 1.2 Power Supply Unit A1-4
    • 1.2.1 Power Supply Unit type ( UPS000004) A1-4
  • 1.3 Operation Panel A1-5
    • 1.3.1 Display Unit Type ( JZNC-JPCOP-ooo -oo ) A1-5
  • 1.4 I/O Module A1-6
    • 1.4.1 ANCD-FC810/FC815/FC860 Model- A1-6
    • 1.4.2 JZNC-IAU59 (JANCD-FC861) Model A1-6
  • 1.5 AC Servopack (including Converter and Spindle Drive) A1-7
  • 1.6 AC Servomotor S Series (Model SGMG, for 200VAC) A1-9
    • 1.6.1 Standard Specifications A1-9
    • 1.6.2 Dimensions A1-10
  • 1.7 Spindle Motor M5 Series (Model UAASKA for 200VAC) A1-11
    • 1.7.1 Flange-mounted type Motor Dimensions A1-11
    • 1.7.2 Foot-mounted type Motor Dimensions (Drwg. 1.1.1) A1-13
  • 1.8 Power Supply Unit for Brake (OPR109F, OPR109A) A1-15
  • 1.9 Noise Filter A1-16
  • 1.10 Manual Pulse Generator (OSM-01-2GA-15) A1-17
  • 1.11 Spindle Pulse Generator A1-18
    • 1.11.1 NE-1024-2MDF-068-11 (6000 r/min)
    • 1.11.2 NE-1024-2MD-11 (6000 r/min) A1-19
  • 1.12 Heat Exchanger A1-20
    • 1.12.1 External Dimensions of REX1550 A1-20
    • 1.12.2 HEATEX02 A1-21
  • 1.13 AC Reactor (UZBA-B: for Input, for 50.60Hz) A1-22
• 1.1 PCNC Module
  • 1.1.1 PCNC UNIT (JZNC-JPCRKMo - oooo - oo )
• 1.2 Power Supply Unit
  • 1.2.1 Power Supply Unit type ( UPS000004)
• 1.3 APPENDIX 1.3 Operation Panel
  • 1.3.1 Display Unit Type ( JZNC-JPCOP-ooo -oo )
• 1.4 APPENDIX 1.4 I/O Module
  • 1.4.1 JANCD- FC810/FC815/FC860 Model
  • 1.4.2 JZNC-IAU59 (JANCD- FC861) Model
• 1.5 AC Servopack (including Converter and Spindle Drive)
  • Converter
  • 5.5 (7.5)
  • 99
  • (3.90)
  • 350 (13.78)
  • 320
  • (12.60)
  • 75
  • (2.95)
  • 12
  • (0.47)
  • 330
  • (12.99)
  • 10
  • (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • M5
  • 7.5 (10)
  • 11(15)
  • 149
  • (5.87)
  • 350
  • (13.78)
  • 320
  • (12.60)
  • 100
  • (3.94)
  • 24.5
  • (0.96)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • 15 (20)
  • 18.5 (24.8)
  • 22 (30)
  • 30 (40)
  • 199 (7.93)
  • 350
  • (13.78)
  • 320
  • (12.60)
  • 150
  • (5.91)
  • 24.5
  • (0.96)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • Inverter
  • (Spindle Axis)
  • 3.7 (5)
  • 99
  • (3.90)
  • 350 (13.78)
  • 320
  • (12.60)
  • 75
  • (2.95)
  • 12
  • (0.47)
  • 330
  • (12.99)
  • 10
  • (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • 5.5 (7.5)
  • 7.5 (10)
  • 11(15)
  • 149
  • (5.87)
  • 350
  • (13.78)
  • 320
  • (12.60)
  • 100
  • (3.94)
  • 24.5
  • (0.96)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • 15 (20)
  • 18.5 (24.8)
  • 22 (30)
  • 30 (40)
  • 199 (7.83)
  • 350
  • (13.78)
  • 320
  • (12.60)
  • 150
  • (5.91)
  • 24.5
  • (0.96)
  • 320
  • (12.60)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • M6
  • Servopack
  • 0.5 (0.7)
  • 50 (1.97)
  • 350 (13.78)
  • 320
  • (12.60)
  • -
  • 25
  • (0.98)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • M5
  • 1 (1.3)
  • 1.5 (2)
  • 2 (2.7)
  • 50 (1.97)
  • 350 (13.78)
  • 320
  • (12.60)
  • -
  • 25
  • (0.98)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
  • 3 (4)
  • 5 (6.7)
  • 75
  • (2.95)
  • 350 (13.78)
  • 320
  • (12.60)
  • 50 (1.97)
  • 12.5
  • (0.49)
  • 330
  • (12.99)
  • 10 (0.39)
  • 190
  • (7.48)
  • 130
  • (5.12)
• 1.6 AC Servomotor S Series (Model SGMG for 200VAC)
  • 1.6.1 Standard Specifications
  • Rated Output
  • kW
  • 0.45
  • 0.85
  • 1.3
  • 1.8
  • 2.9
  • 4.4
  • Rated Torque
  • N.m
  • 2.84
  • 5.39
  • 8.34
  • 11.5
  • 18.6
  • 28.4
  • kgf.cm
  • 29
  • 55
  • 86
  • 117
  • 190
  • 290
  • Instantaneous Peak Torque
  • N.m
  • 8.92
  • 13.3
  • 23.3
  • 28.0
  • 45.1
  • 66.3
  • kgf.cm
  • 91
  • 136
  • 238
  • 286
  • 460
  • 676
  • Rated Rotation Speed
  • r/min.
  • 1500
  • Maximum
  • Rotation Speed
  • r/min.
  • 3000
  • Rotor GD2
  • x 10-4kg.m2
  • 7.37
  • 14.1
  • 20.9
  • 31.9
  • 47.3
  • 69.4
  • gfc.m.S2
  • 7.52
  • 14.4
  • 21.3
  • 32.6
  • 48.3
  • 70.8
  • Rated Power Rating
  • kW/S
  • 10.9
  • 20.6
  • 33.2
  • 41.4
  • 73.3
  • 116
  • Time Rating
  • Continuous
  • Insulation Class
  • Class F
  • Withstand Voltage
  • AC 1500V 1 min.
  • Insulation Resistance
  • 500VDC, 10MW or more
  • Enclosure
  • Totally-enclosed, self-cooled type
  • Ambient Temperature
  • 0 to +40C
  • Ambient Humidity
  • 20 to 80% (non-condensing)
  • Vibration
  • V15
  • Finish in Munsell Notation
  • N1.5
  • Excitation
  • Permanent magnet
  • Mounting
  • Flange mounting
  • Drive Method
  • Direct drive
    • 1.6.2 Dimensions
  • 05A212
  • 134
  • (5.28)
  • 130
  • (5.12)
  • 145
  • (5.71)
  • 9
  • (0.35)
  • 12
  • (0.47)
  • 6
  • (0.24)
  • 40
  • (1.575)
  • 58
  • (2.28)
  • 6.5
  • (14.3)
  • 09A212
  • 157
  • (6.18)
  • 8.5
  • (18.7)
  • 13A212
  • 181
  • (7.13)
  • 10.5
  • (23.1)
  • 20A212
  • 154
  • (6.06)
  • 180
  • (7.09)
  • 200
  • (7.87)
  • 13.5
  • (0.53)
  • 18
  • (0.71)
  • 3.2
  • (0.13)
  • 76
  • (2.992)
  • 79
  • (3.11)
  • 14.5
  • (32.0)
  • 30A212
  • 180
  • (7.09)
  • 18.5
  • (40.8)
  • 44A212
  • 214
  • (8.43
  • 24
  • (52.9)
• 1.7 Spindle Motor M5 Series (Model UAASKA for 200VAC)
  • 1.7.1 Flange-mounted Type Motor Dimensions
  • 3.7 (5)
  • 2.2 (3)
  • 392
  • (15.4)
  • 185
  • (7.28)
  • 174
  • (6.85)
  • 12
  • (0.47)
  • 220
  • (8.66)
  • 332
  • (13.1)
  • 60
  • (2.36)
  • 11
  • (0.43)
  • 174
  • (6.85)
  • 5.5 (7.5)
  • 3.7 (5)
  • 502
  • (19.8)
  • 442
  • (17.4)
  • 7.5 (10)
  • 5.5 (7.5)
  • 515
  • (20.3)
  • 215
  • (8.46)
  • 204
  • (8.03)
  • 16
  • (0.63)
  • 250
  • (9.84)
  • 435
  • (17.1)
  • 80
  • (3.15)
  • 15
  • (0.59)
  • 204
  • (8.03)
  • 11 (15)
  • 7.5 (10)
  • 585
  • (23.0)
  • 475
  • (18.7)
  • 110
  • (4.33)
  • 15 (20)
  • 11 (15)
  • 568
  • (22.4)
  • 265
  • (10.4)
  • 250
  • (9.84)
  • 20
  • (0.79)
  • 300
  • (11.8)
  • 458
  • (18.0)
  • 110
  • (4.33)
  • 15
  • (0.59)
  • 260
  • (10.2)
  • 18.5 (25)
  • 15 (20)
  • 606
  • (23.8)
  • 496
  • (19.5)
  • 22 (30)
  • 18.5 (25)
  • 642
  • (25.3)
  • 532
  • (20.9)
  • 30 (40)
  • 22 (30)
  • 794
  • (31.8)
  • 350
  • (13.8)
  • 320
  • (12.6)
  • 20
  • (0.79)
  • 385
  • (15.2)
  • 654
  • (25.7)
  • 140
  • (5.51)
  • 19
  • (0.75)
  • 320
  • (12.6)
  • 227
  • (8.94)
  • 34
  • (1.34)
  • 142
  • (5.59)
  • 174
  • (6.85)
  • 60
  • (2.36)
  • 45
  • (1.77)
  • 1
  • (0.04)
  • 28j6
  • (1.1j6)
  • 7
  • (0.28)
  • 4
  • (0.16)
  • 8
  • (0.31)
  • 16
  • (0.63)
  • 22
  • (0.87)
  • 270
  • (10.6)
  • 42.5 (1.67)
  • 159
  • (6.26)
  • 204
  • (8.03)
  • 80
  • (3.15)
  • 70
  • (2.75)
  • 1
  • (0.04)
  • 8
  • (0.31)
  • 5
  • (0.20)
  • 10
  • (0.39)
  • 22
  • (0.87)
  • 110
  • (4.33)
  • 90
  • (3.54)
  • 0.5
  • (0.02)
  • 9
  • (0.35)
  • 5.5
  • (0.22)
  • 14
  • (0.55)
  • 40
  • (1.57)
  • 345
  • (13.6)
  • 42.5 (1.67)
  • 181
  • (7.12)
  • 250
  • (9.84)
  • 110
  • (4.33)
  • 90
  • (3.54)
  • 1
  • (0.04)
  • 9
  • (0.35)
  • 5.5
  • (0.22)
  • 14
  • (0.55)
  • 40
  • (1.57)
  • 10
  • (0.39)
  • 6
  • (0.24)
  • 16
  • (0.63)
  • 45
  • (1.77)
  • 442
  • (17.4)
  • 61
  • (2.40)
  • 223
  • (8.78)
  • 320
  • (12.6)
  • 140
  • (5.51)
  • 110
  • (4.33)
  • 2
  • (0.08)
  • 11
  • (0.43)
  • 7
  • (0.28)
  • 18
  • (0.71)
  • 50
  • (1.97)
    • 1.7.2 Foot-mounted Type Motor Dimension
  • 3.7 (5)
  • 2.2 (3)
  • 237
  • (9.33)
  • 93
  • (3.66)
  • 100
  • (3.94)
  • 174
  • (6.85)
  • 80
  • (3.15)
  • 50
  • (1.97)
  • 9
  • (0.35)
  • 241
  • (9.49)
  • 34
  • (1.34)
  • 34
  • (1.34)
  • 392
  • (15.4)
  • 5.5 (7.5)
  • 3.7 (5)
  • 308
  • (12.1)
  • 132
  • (5.20)
  • 100
  • (3.94)
  • 502
  • (19.8)
  • 7.5 (10)
  • 5.5 (7.5)
  • 295
  • (11.6)
  • 137
  • (5.39)
  • 112
  • (4.41)
  • 204
  • (8.03)
  • 95
  • (3.74)
  • 70
  • (2.76)
  • 10
  • (0.39)
  • 267
  • (10.5)
  • 75
  • (2.95)
  • 42.5
  • (1.67)
  • 515
  • (20.3)
  • 11 (15)
  • 7.5 (10)
  • 315
  • (12.4)
  • 157
  • (6.18)
  • 9
  • (3.54)
  • 585
  • (23)
  • 15 (20)
  • 11 (15)
  • 261
  • (10.3)
  • 198 (7.80)
  • 160
  • (6.30)
  • 260
  • (10.2)
  • 127
  • (5)
  • 89
  • (3.50)
  • 16
  • (0.63)
  • 341
  • (13.4)
  • 55
  • (2.16)
  • 42.5
  • (1.67)
  • 568
  • (22.4)
  • 18.5 (25)
  • 15 (20)
  • 283
  • (11.1)
  • 212
  • (8.35)
  • 105
  • (4.13)
  • 605
  • (23.8)
  • 22 (30)
  • 18.5 (25)
  • 297
  • (11.7)
  • 234
  • (9.21)
  • 127
  • (5)
  • 642
  • (25.3)
  • 30 (40)
  • 22 (30)
  • 406
  • (16.0)
  • 245
  • (9.65)
  • 180
  • (7.09)
  • 320
  • (12.6)
  • 139.5
  • (5.49)
  • 127
  • (5)
  • 16
  • (0.63)
  • 403
  • (15.9)
  • 55
  • (2.16)
  • 61
  • (2.40)
  • 764
  • (30.1)
  • 188
  • (7.40)
  • 125
  • (4.92)
  • 155
  • (6.10)
  • 45
  • (1.77)
  • 12
  • (0.47)
  • 60
  • (2.36)
  • 45
  • (1.77)
  • 1
  • (0.04)
  • 28j6
  • (1.1j6)
  • 7
  • (0.28)
  • 4
  • (0.16)
  • 8
  • (0.31)
  • 206
  • (8.11)
  • 194
  • (7.64)
  • 220
  • (8.66)
  • 177
  • (6.97)
  • 220
  • (8.66)
  • 70
  • (2.76)
  • 12
  • (0.47)
  • 204
  • (8.03)
  • 80
  • (3.15)
  • 70
  • (2.75)
  • 1
  • (0.04)
  • 8
  • (0.31)
  • 5
  • (0.20)
  • 10
  • (0.39)
  • 217
  • (8.54)
  • 270
  • (10.6)
  • 110
  • (4.33)
  • 90
  • (3.54)
  • 0.5
  • (0.02)
  • 9
  • (0.35)
  • 5.5
  • (0.22)
  • 14
  • (0.55)
  • 290
  • (11.4)
  • 224
  • (8.82)
  • 307
  • (12.1)
  • 108
  • (4.25)
  • 15
  • (0.59)
  • 250
  • (9.84)
  • 110
  • (4.33)
  • 90
  • (3.54)
  • 1
  • (0.04)
  • 9
  • (0.35)
  • 5.5
  • (0.22)
  • 14
  • (0.55)
  • 256
  • (10.1)
  • 323
  • (12.7)
  • 10
  • (0.39)
  • 6
  • (0.24)
  • 16
  • (0.63)
  • 300
  • (11.8)
  • 345
  • (13.6)
  • 320
  • (12.6)
  • 298
  • (11.7)
  • 388
  • (15.3)
  • 121
  • (4.76)
  • 140
  • (5.51)
  • 110
  • (4.33)
  • 2
  • (0.08)
  • 11
  • (0.43)
  • 7
  • (0.28)
  • 18
  • (0.71)
• 1.8 Power Supply Unit for Brake (OPR109A,OPR109F)
  • OPR-109A
  • Single-phase
  • half-wave
  • 50/60
  • 200
  • 90
  • 1
  • 0.1
  • OPR-109F
  • Single-phase
  • half-wave
  • 50/60
  • 100
  • 90
  • 1
  • 0.1
• 1.9 Noise Filter
  • LF310
  • 180
  • (7.09
  • 170
  • (6.69)
  • 60
  • (2.36)
  • 25
  • (0.98)
  • 120
  • (4.72)
  • 135
  • (5.31)
  • 150
  • (5.91)
  • 35
  • (1.38)
  • 65
  • (2.56)
  • 4.5
  • (0.18)
  • 4
  • (0.16)
  • 1.9
  • (4.18)
  • LF320
  • 180
  • (7.09
  • 170
  • (6.69)
  • 60
  • (2.36)
  • 29
  • (1.14)
  • 120
  • (4.72)
  • 135
  • (5.31)
  • 150
  • (5.91)
  • 35
  • (1.38)
  • 65
  • (2.56)
  • 4.5
  • (0.18)
  • 6
  • (0.24)
  • 2.4
  • (5.28)
  • LF330
  • 180
  • (7.09
  • 170
  • (6.69)
  • 60
  • (2.36)
  • 29
  • (1.14)
  • 120
  • (4.72)
  • 135
  • (5.31)
  • 150
  • (5.91)
  • 35
  • (1.38)
  • 65
  • (2.56)
  • 4.5
  • (0.18)
  • 6
  • (0.24)
  • 2.4
  • (5.28)
  • LF340
  • 180
  • (7.09)
  • 160
  • (6.30)
  • 50
  • (1.97)
  • 30
  • (1.18)
  • 200
  • (7.87)
  • 220
  • (8.66)
  • 240
  • (9.45)
  • 40
  • (1.57)
  • 80
  • (3.15)
  • 6.5
  • (0.26)
  • 6
  • (0.24)
  • 5 (11)
  • LF350
  • 180
  • (7.09)
  • 160
  • (6.30)
  • 50
  • (1.97)
  • 30
  • (1.18)
  • 200
  • (7.87)
  • 220
  • (8.66)
  • 240
  • (9.45)
  • 40
  • (1.57)
  • 80
  • (3.15)
  • 6.5
  • (0.26)
  • 6
  • (0.24)
  • 5 (11)
  • LF360
  • 200
  • (7.87)
  • 180
  • (7.09)
  • 60
  • (2.36)
  • 30
  • (1.18)
  • 300
  • (11.81)
  • 320
  • (12.60)
  • 340
  • (13.39)
  • 50
  • (1.97)
  • 100
  • (3.94)
  • 6.5
  • (0.26)
  • 6
  • (0.24)
  • 7
  • (15.4)
• 1.10 Manual Pulse Generator (OSM-01-2GA-15)
• 1.11 APPENDIX 1.11 Spindle Pulse Generator
  • 1.11.1 NE-1024-2MFD-068-11 (6000 r/min.)
  • 1.11.2 NE-1024-2MD-11 (6000r/min)
• 1.12 Heat Exchanger
  • 1.12.1 1.12.1 External Dimensions of REX1550
  • 1.12.2 Heat Exchanger
• 1.13 AC Reactor (UZBA-B: for Input, for 50/60Hz)
  • 23P7
  • 20
  • 0.53
  • X010057
  • 1
  • 130
  • (5.12)
  • -
  • 88
  • (3.46)
  • 60
  • (2.36)
  • 44
  • (1.73)
  • 105 +5
  • (4.13 +0.2)
  • 25
  • (0.98)
  • 25P5
  • 30
  • 0.35
  • X010058
  • 1
  • 130
  • (5.12)
  • -
  • 88
  • (3.46)
  • 60
  • (2.36)
  • 40
  • (1.57)
  • 40
  • (1.57)
  • 27P5
  • 40
  • 0.265
  • X010059
  • 2
  • 130
  • (5.12)
  • 150
  • (5.91)
  • 98
  • (3.86)
  • 65
  • (2.56)
  • 2011
  • 60
  • 0.18
  • X010060
  • 1
  • 160
  • (6.3)
  • -
  • 105
  • (4.13)
  • 75
  • (2.95)
  • 130 +5
  • (5.12 +0.2)
  • 2015
  • 80
  • 0.13
  • X010061
  • 1
  • 180
  • (7.09)
  • -
  • 100
  • (3.94)
  • 85
  • (3.35)
  • 50
  • (1.97)
  • 150 +5
  • (5.91 +0.2)
  • 42
  • (1.65)
  • 2018
  • 90
  • 0.12
  • X010062
  • 2
  • 190
  • (7.48)
  • 90
  • (3.54)
  • 45
  • (1.77)
  • 2022
  • 120
  • 0.09
  • X010063
  • 2
  • 95
  • (3.74)
  • 2030
  • 160
  • 0.07
  • X010064
  • 3
  • 210
  • (8.23)
  • -
  • 210
  • (8.27)
  • -
  • 175 +5
  • (6.89 +0.2)
  • 110
  • (4.33)
  • 23P7
  • 50
  • (1.97)
  • 70
  • (2.76)
  • 130
  • (5.12)
  • 3.2
  • (0.13)
  • M6
  • 9
  • (0.35)
  • 7
  • (0.28)
  • M4
  • 3
  • (6.62)
  • 35
  • 25P5
  • M5
  • 45
  • 27P5
  • 80
  • (3.15)
  • M6
  • 4
  • (8.83)
  • 50
  • 2011
  • 75
  • (2.95)
  • 85
  • (3.35)
  • 160
  • (6.3)
  • 2.3
  • (0.09)
  • 10
  • (0.39)
  • 6
  • (13.25)
  • 65
  • 2015
  • 80
  • (3.15)
  • 180
  • (7.09)
  • 8
  • (17.66)
  • 75
  • 2018
  • M8
  • 90
  • 2022
  • 2030
  • 205
  • (8.07)
  • M10
  • 12
  • (26.49)
  • 100
  • 1
  • GND2
  • 11
  • +24V3
  • 2
  • GND2
  • 12
  • +24V3
  • 3
  • GND2
  • 13
  • +24V3
  • 4
  • 14
  • DINCOM
  • 5
  • TOUT1
  • 15
  • 6
  • TOUT0
  • 16
  • 7
  • 17
  • DIN1
  • 8
  • 18
  • DIN0
  • 9
  • GND2
  • 19
  • 10
  • +24V3
  • 20
  • DOUT
  • 1
  • +5V
  • 2
  • 3
  • +24V
  • 4
  • 0V
  • 5
  • 024V
  • 1
  • /SIG
  • 2
  • SIG
  • 3
  • SH
  • 4
  • RT
  • 5
  • FG
  • 6
  • /SIG
  • 7
  • SIG
  • 8
  • SH
  • 1
  • +5V
  • 2
  • 3
  • +24V
  • 4
  • 0V
  • 5
  • 024V
  • 1
  • /SIG
  • 2
  • SIG
  • 3
  • SH
  • 4
  • RT
  • 5
  • FG
  • 6
  • /SIG
  • 7
  • SIG
  • 8
  • SH
  • 1
  • 11
  • BAT+
  • 2
  • 12
  • BAT-
  • 3
  • SVALAM *
  • 13
  • 4
  • 14
  • ALMC
  • 5
  • 15
  • 6
  • 16
  • 7
  • EXT1
  • 17
  • 8
  • /EXT2
  • 18
  • 9
  • NCLAM*
  • 19
  • 10
  • 20
  • 1
  • /BK1+
  • 14
  • BAT+
  • 2
  • /BK11
  • 15
  • BAT-
  • 3
  • ALM+
  • 16
  • 4
  • ALM-
  • 17
  • 5
  • 18
  • PSPO
  • 6
  • +24VIN
  • 19
  • ALMC
  • 7
  • P-OT1
  • 20
  • P-OT2
  • 8
  • N-OT1
  • 21
  • N-OT2
  • 9
  • DEC1
  • 22
  • DEC2
  • 10
  • /EXT1
  • 23
  • 11
  • /EXT2
  • 24
  • 12
  • ESP1
  • 25
  • 13
  • /BK2-
  • 26
  • /BK2+
  • 1
  • 2
  • /SIG
  • 3
  • SIG
  • 4
  • 1
  • /SIG
  • 2
  • SIG
  • 3
  • SH
  • 4
  • RT
  • 5
  • FG
  • 6
  • /SIG
  • 7
  • SIG
  • 8
  • SH
    • 2.1 Cable Manufacturing Drawings A2-3
      • 2.1.1 Connection with the Power Supply A2-3
      • 2.1.2 Connection with the Operation Panel A2-5
      • 2.1.3 Connection with the Pulse Generator A2-11
      • 2.1.4 Connection with the Power ON/OFF Circuit A2-11
      • 2.1.5 Connection of the Direct IN Signals A2-12
      • 2.1.6 Connection with I/O Boards A2-12
      • 2.1.7 Connection between I/O Boards A2-13
      • 2.1.8 Connection with the Servo Unit A2-15
    • 2.2 Cable Specifications A2-17
      • 2.2.1 Cable Drwg. No. DE 8400093 (KQVV-SB Type, 0.2mm2 x 20 pairs) A2-17
      • 2.2.2 Cable Drwg. No. DE 8402398 (VCT Type, 0.2mm2 x 5 pairs) A2-18
      • 2.2.3 Cable Drwg. No. DE9405671 A2-19
    • 2.3 Cable and Connector Details A2-2
      • 2.3.1 Main Power Cable (UWR00264-1) A2-3
      • 2.3.2 Floppy Disk data cable (UWR00265-1) A2-4
      • 2.3.3 Floppy Disk Power Cable (UWR00266-1 ) A2-5
      • 2.3.4 Touchscreen Power Cable (UWR00267-1) A2-6
      • 2.3.5 Video Extension cable (UWR00270-1) A2-7
      • 2.3.6 Touchscreen Data Cable (UWR00271-1 ) A2-8
      • 2.3.7 Servo ON/OFF Main Cable (UWR00272-1 ) A2-9
      • 2.3.8 Push-button switch harness cable (UWR00273-1) A2-10
      • 2.3.9 PS/2 Port Extension Cable (UWR00275-1 ) A2-11
      • 2.3.10 CPU Rack Power cable (UWR00276-1) A2-12
      • 2.3.11 CRT Power Cable (UWR00262-1) A2-13
      • 2.3.12 Serial Mouse Data Cable (UWR00318-1) A2-14
      • 2.3.13 NC Power Supply AC Input Cable (UWR00229-1) A2-15
      • 2.3.14 NC Power Supply Output Cable (UWR00228-3) A2-16
      • 2.3.15 Yenet Servo Cable (UWR00249-2) A2-17
      • 2.3.16 Yenet I/O Cable (UWR00251-4) A2-18
      • 2.3.17 Servo Drive I/O Cable (UWR00214-2) A2-19
      • 2.3.18 Power ON Sequence Cable (UWR00263-1) A2-20
      • 2.3.19 I/O Board Power Output Cable (UWR00258-7) A2-21
      • 2.3.20 Drive Jumper Connectors (UWR00219-2) A2-22
      • 2.3.21 I/O Cable (UWR00305-7) A2-23
      • 2.3.22 I/O Cable (UWR00306-3) A2-24
      • 2.3.23 I/O Cable (UWR00307-3) A2-25
• 2.1 Cable Manufacturing Drawings
  • 2.1.1 Connection with the Power Supply
  • 1
  • +24V
  • 2
  • 024V
  • 3
  • FANALM
    • 2.1.2 Connection with the Operation Panel
    • 2.1.3 Connection with the Pulse Generator
  • 1
  • GND
  • 11
  • 2
  • GND
  • 12
  • PAH12
  • 3
  • GND
  • 13
  • /PAH2
  • 4
  • +5VPG
  • 14
  • PBH2
  • 5
  • +5PVG
  • 15
  • /PBH2
  • 6
  • +5VPG
  • 16
  • PAH1
  • 7
  • /PAH3
  • 17
  • /PAH1
  • 8
  • PAH3
  • 18
  • PBH1
  • 9
  • /PBH3
  • 19
  • PBH1
  • 10
  • PBH3
  • 20
    • 2.1.4 Connection with the Power ON/OFF Circuit
  • 1
  • GND2
  • 11
  • +24V2
  • 2
  • GND2
  • 12
  • 3
  • GND2
  • 13
  • 4
  • 14
  • ECOM
  • 5
  • 15
  • EOFF
  • 6
  • 16
  • BK1
  • 7
  • EON
  • 17
  • /SVMX1
  • 8
  • 18
  • /NCMX
  • 9
  • 19
  • /ESP1
  • 10
  • +24V2
  • 20
    • 2.1.5 Connection with the Direct IN Signals
    • 2.1.6 Connection with the I/O Board
  • 1
  • 2
  • /SIG
  • 3
  • SIG
  • 4
    • 2.1.7 Connection Between I/O Boards
    • 2.1.8 Connection with the Servo Unit
• 2.2 Cable Specifications
  • 2.2.1 Cable Drwg. No. DE8400093 (KQVV-SB Type, 0.2mm2 x 20 pairs)
  • Number of Pairs
  • 20
  • Conductor
  • Material
  • Tinned, annealed copper, stranded wire
  • Nominal Section
  • Area mm2
  • 0.2
  • Number of Conductors (per mm)
  • 16/0.12
  • Dimensions (mm)
  • 0.55
  • Insulation
  • Material
  • Cross-linked vinyl
  • Thickness (mm)
  • 0.3
  • Strand
  • Strand the cores in the following manner.
  • Winding
  • Paper tube lap wound
  • Sheath
  • Material and Color
  • Soft vinyl, black
  • Thickness (mm)
  • 1.2
  • Finished Cable Diameter
  • 8.0
  • Continuous Operating Temperature Range oC
  • -30 to +60
  • Max. Conduction Resistance (20oC) W/km
  • 113
  • Min. Insulation Resistance (20oC) MW.km
  • 50
  • Withstand Voltage VAC/min.
  • 1000
  • Continuous Operating Temperature Range oC
  • -30 to +60
    • 2.2.2 Cable Drwg. No. DE8402398 (VCT Type, 0.2mm2 x 5 pairs)
  • Number of Pairs
  • 5
  • Conductor
  • Material
  • Tinned, annealed copper, stranded wire
  • Nominal Section
  • Area mm2
  • 2.0
  • Number of Conductors (per mm)
  • 37/0.26
  • Dimensions (mm)
  • Approx. 1.8
  • Insulation
  • Material
  • Insulated vinyl
  • Thickness (mm)
  • Approx. 0.8
  • Diameter (mm)
  • Approx. 3.4
  • Stranding
  • Rightward twisted, cotton thread at
  • the center as wadding, pitches: less
  • than 20 times the layer core diameter.
  • Outer diameter: Approx. 9.2mm
  • Sheath
  • Material and Color
  • Vinyl, black
  • Thickness (mm)
  • Approx. 1.9
  • Finished Cable Diameter (mm)
  • Approx. 13.0
  • Max. Conduction Resistance (20oC) W/km
  • 10.2
  • Min. Insulation Resistance (20oC) MW.km
  • 50 or more
  • Withstand Voltage VAC/min.
  • 3000
    • 2.2.3 Cable Drwg. No. DE9405671
  • Number of Pairs
  • 2
  • Conductor
  • Material
  • Tinned, annealed copper, stranded wire
  • Nominal Section
  • Area mm2
  • 0.2
  • Number of Conductors (per mm)
  • 7/0.2
  • Dimensions (mm)
  • 0.6
  • Insulation
  • Material
  • Polyethylene
  • Thickness (mm)
  • 0.3
  • Strand
  • O.D. 2.4mm
  • Winding
  • Polyester tape lap wound
  • Sheath
  • Material and Color
  • Oil-resistant soft vinyl
  • Thickness (mm)
  • 1.5
  • Finished Cable Diameter
  • Approx. 6.1
  • Approximate Mass kg/km
  • 50
  • Max. Conduction Resistance (20oC) W/km
  • 92.2
  • Min. Insulation Resistance (20oC) MW.km
  • 2000
  • Withstand Voltage VAC/min.
  • 1000