CND MSYSTEM | Alldatasheet

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MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 1/7 Multiplex Transmission System ADAPTOR CONNECTOR Functions & Features

  • Simplifies wiring work between multiplex transmission units (DLA1) and 10-RACK, 15-RACK and 18-RACK signal conditioner modules SA2 SA1 RUN POW MODEL: CND–[1]

ORDERING INFORMATION

  • Code number: CND-[1] Specify a code from below for [1] (e.g. CND-11) [1] CONNECTOR (DLA1 I/O model suffix code – connected equipment) 11: G1 (Ai 32) – 10/18-Rack* M1 (Ao 32) – 10/18-Rack* 12: R1 (Ai 16 / Ao 16) – 10/18-Rack* 21: G1 (Ai 32) – 15-Rack* M1 (Ao 32) – 15-Rack* 22: R1 (Ai 16 / Ao 16) – 15-Rack* S1 – Connector Terminal Block (CNT)* 71: C1 (Do 32) – OMRON I/O relay terminal (for G7TC-OC16 output) 72: C2 (Do 32) – OMRON I/O relay terminal (for G7TC-OC16 output) 81: M1 (Ao 32) – YOKOGAWA DCS card VM1 x 2 (KS2 cable) 82: R1 (Ai 16 / Ao 16) – YOKOGAWA DCS card VM2 x 2 (KS2 cable) 83: A2 (Di 64) or C3 (Do 64) – YOKOGAWA DCS card ST5 / ST6 / ST7 (KS9 cable) 84: R1 (Ai 16 / Ao 16) – YOKOGAWA DCS card VM4, VM1 (KS2 cable) 86: C2 (Do 32) – YOKOGAWA DCS card ST2 / ST3 (KS2 cable) 87: A1 (Di 32) – YOKOGAWA DCS card ST2 / ST4 (KS2 cable) 88: E2 (Di 16 / Do 16) – YOKOGAWA DCS card ST2 (KS2 cable) 89: C1 (Do 32) – YOKOGAWA DCS card ST2 / ST3 (KS2 cable) 8A: A1 (Di 32) – YOKOGAWA DCS card ST7 (KS9 cable) 8B: C1 (Do 32) – YOKOGAWA DCS card ST6 (KS9 cable) *FUJITSU FCN type connector (model: FCN-36xP040-AU) **M-System guarantees the connecting section

RELATED PRODUCTS

  • Standard rack (for 10/15/18-Rack)
  • Connector terminal block (model: CNT)
  • Special cable with 40-pin connector (model: FCN) GENERAL SPECIFICATIONS Construction: Metal plates assembly Material: SPCC Coating: Melamine resin Color: Black INSTALLATION Operating temperature: -5 to +55°C (23 to 131°F) Operating humidity: 30 to 90 %RH (non-condensing) Mounting: Attached to the front of DLA1 unit Weight Standard: 450 g (0.99 lbs) CND-83: 250 g (0.55 lbs) PERFORMANCE Insulation resistance: ≥ 100 MΩ with 500 V DC Dielectric strength: 1000 V AC @ 1 minute (I/O connector to metal housing)

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 2/7 CONNECTOR PIN ASSIGNMENT

  • CND-11 DLA1-xG1, xM1 – 10/18-Rack DLA1 TERM. CN1 CN2 10/18-RACK I/O NO. ■ FCN CONNECTORS 10-Rack, 15-Rack or 18-Rack modules can be linked directly via 40-pin connector cable (model: FCN).
  • CND-12 DLA1-xR1 – 10/18-Rack DLA1 TERM. CN1 CN2 10/18-RACK I/O NO. 17, 18 NC NC No connection 37, 38 NC NC No connection
  • CND-21 DLA1-xG1, xM1 – 15-Rack DLA1 TERM. CN1 15-RACK I/O NO. 1 A1 Aio, ch. 1 (+) 2 B1 Aio, ch. 2 (+) 3 A2 Aio, ch. 3 (+) 4 B2 Aio, ch. 4 (+) 5 A3 Aio, ch. 5 (+) 6 B3 Aio, ch. 6 (+) 7 A4 Aio, ch. 7 (+) 8 B4 Aio, ch. 8 (+) 9 A5 Aio, ch. 9 (+) 10 B5 Aio, ch.10 (+) 11 A6 Aio, ch.11 (+) 12 B6 Aio, ch.12 (+) 13 A7 Aio, ch.13 (+) 14 B7 Aio, ch.14 (+) 15 A8 Aio, ch.15 (+) 16 B8 Aio, ch.16 (+) 17 A9 Aio, ch.17 (+) 18 B9 Aio, ch.18 (+) 19 A10 Aio, ch.19 (+) 20 B10 Aio, ch.20 (+) 21 A11 Aio, ch.21 (+) 22 B11 Aio, ch.22 (+) 23 A12 Aio, ch.23 (+) 24 B12 Aio, ch.24 (+) 25 A13 Aio, ch.25 (+) 26 B13 Aio, ch.26 (+) 27 A14 Aio, ch.27 (+) 28 B14 Aio, ch.28 (+) 29 A15 Aio, ch.29 (+) 30 B15 Aio, ch.30 (+) 31 A16 Aio, ch.31 (+) 32 B16 Aio, ch.32 (+)
  • CND-22 DLA1-xR1 – 15-Rack DLA1 TERM. CN1 15-RACK I/O NO. 1 A1 Ai, ch. 1 (+) 2 B1 Ai, ch. 2 (+) 3 A2 Ai, ch. 3 (+) 4 B2 Ai, ch. 4 (+) 5 A3 Ai, ch. 5 (+) 6 B3 Ai, ch. 6 (+) 7 A4 Ai, ch. 7 (+) 8 B4 Ai, ch. 8 (+) 9 A5 Ai, ch. 9 (+) 10 B5 Ai, ch.10 (+) 11 A6 Ai, ch.11 (+) 12 B6 Ai, ch.12 (+) 13 A7 Ai, ch.13 (+) 14 B7 Ai, ch.14 (+) 15 A8 Ai, ch.15 (+) 16 B8 Ai, ch.16 (+) 19, 20 NC No connection 21 A9 Ao, ch. 1 (+) 22 B9 Ao, ch. 2 (+) 23 A10 Ao, ch. 3 (+) 24 B10 Ao, ch. 4 (+) 25 A11 Ao, ch. 5 (+) 26 B11 Ao, ch. 6 (+) 27 A12 Ao, ch. 7 (+) 28 B12 Ao, ch. 8 (+) 29 A13 Ao, ch. 9 (+) 30 B13 Ao, ch.10 (+) 31 A14 Ao, ch.11 (+) 32 B14 Ao, ch.12 (+) 33 A15 Ao, ch.13 (+) 34 B15 Ao, ch.14 (+) 35 A16 Ao, ch.15 (+) 36 B16 Ao, ch.16 (+) 39 – 40 NC No connection
  • CND-31 DLA1 I/O unit – CNT-S, -M 2 N C. M R E T A1 L D 0 2 A – 1 A0 2 – 1 0 2 B – 1 B0 4 – 1 2

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 3/7 ■ DCS CONNECTORS

  • CND-71 CN1 CN2 Output of DLA1 - Input of G7TC-OC16 Di ch.1 – ch.16 ––– Input of G7TC-OC16 ––– Di ch.1 – ch.16
  • CND-72 CN1 CN2 Output of DLA1 - Input of G7TC-OC16 Di ch.1 – ch.16 ––– Input of G7TC-OC16 ––– Di ch.1 – ch.16
  • CND-81 CN1 CN2 Output of DLA1- Input of VM1 Ai ch.1 – ch.16 ––– Input of VM1 ––– Ai ch.1 – ch.16
  • CND-82 CN1 CN2 Output of DLA1 - R1 Ai 1 Ao 1 Ai 9 Ao 9 I/O of VM2 Ao ch.1 Ai ch.1 ––– ––– – ch.8 – ch.8 I/O of VM2 ––– ––– Ao ch.1 Ai ch.1 – ch.8 – ch.8
  • CND-83 CN1 CN2 Input of DLA1 - Output of ST7 Do ch.1 – ch.32 Do ch.1 – ch.32 CN1 CN2 Output of DLA1 - Input of ST6 Di ch.1 – ch.32 Di ch.1 – ch.32
  • CND-84 CN1 CN2 I/O of DLA1 - Output of VM4 Ao ch.1 – ch.16 ––– Input of VM1 ––– Ai ch.1 – ch.16
  • CND-86 CN1 CN2 Output of DLA1- Input of ST3 Di ch.1 – ch.16 Di ch.1 – ch.16
  • CND-87 CN1 CN2 Input of DLA1- Output of ST4 Do ch.1 – ch.16 Do ch.1 – ch.16
  • CND-88 CN1 CN2 I/O of DLA1 - I/O of ST2 Do ch.1 – ch.16 Di ch.1 – ch.16
  • CND-89 CN1 CN2 Output of DLA1- Input of ST3 Di ch.1 – ch.16 Di ch.1 – ch.16
  • CND-8A CN1 Input of DLA1- A1 Di 1 – Di 32 Output of ST7 Do ch.1 – ch.32
  • CND-8B CN1 Output of DLA1- C1 Do 1 – Do 32 Input of ST6 Di ch.1 – ch.32 x x x x x x x x x x x x x DIMENSIONS unit: mm (inch) ■ STANDARD TYPE ■ CND-83 31 (1.22) 47 (1.85) 247 (9.72) 1 (.04) 206 (8.11) 185 (7.28) CN1 CN2 18 (.71) 47 (1.85) 247 (9.72) 206 (8.11) CN1 CN2

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 4/7 SYSTEM CONFIGURATION EXAMPLES 1. 10 / 15 / 18-RACK → DLA1 → VM1 (analog input 16 ch. x 2) Sensor 18-RACK (16 points) Sensor 18-RACK (16 points) DLA1-xG1 + CND-11* DLA1-xM1 + CND-81 FCN FCN KS2 KS2 CN1 CN2 CN1 CN2 DLA1-xG1 INPUT CN1 : Ai 1 – Ai 16 CN2 : Ai 17 – Ai 32 CN1 : Ch. 1 – Ch. 16 CN2 : Ch. 1 – Ch. 16 VM1 INPUT (DLA1-xM1 OUTPUT) DCS VM1 DCS VM1 Fiber Optics or Twisted-pair Cable 2. 10 / 15 / 18-RACK ↔ DLA1 ↔ VM2 (analog I/O each 8 ch. x 2) Sensor 18-RACK (16 points) Control Coutput 18-RACK (16 points) DLA1-xR1 + CND-12** DLA1-xR1 + CND-82 FCN FCN KS2 KS2 CN1 CN2 CN1 CN2 DLA1-xR1 I/O CN1 : Ai 1 – Ai 16 CN2 : Ao 1 – Ao 16 CN1 : CN2 : Ai Ch. 1 – Ch. 8 Ao Ch. 1 – Ch. 8 Ai Ch. 1 – Ch. 8 Ao Ch. 1 – Ch. 8 VM2 I/O (DLA1-xR1 I/O) DCS VM2 DCS VM2 Fiber Optics or Twisted-pair Cable CN1 : Ch. 1 – Ch. 16 CN2 : Ch. 1 – Ch. 16 ST3 INPUT (DLA1-xC2 OUTPUT) 3. CONTACT INPUT → DLA1 → ST3 (contact input 16 ch. x 2) Contact Input 32 points DLA1-xA1 DLA1-xC2 + CND-86 KS2 KS2 CN1 CN2 DLA1-xA1 INPUT Di 1 – Di 32 DCS ST3Fiber Optics or Twisted-pair Cable *Use CND-21 for 15-RACK. *Use CND-22 for 15-RACK.

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 5/7 CN1 : Ch. 1 – Ch. 16 CN2 : Ch. 1 – Ch. 16 ST4 OUTPUT (DLA1-xA1 INPUT) 4. CONTACT OUTPUT ← DLA1 ← ST4 (contact output 16 ch. x 2) Contact Output 32 points DLA1-xC1 DLA1-xA1 + CND-87 KS2 KS2 CN1 CN2 DLA1-xC1 OUTPUT Do 1 – Do 32 DCS ST4Fiber Optics or Twisted-pair Cable LOAD CN1 : Do Ch. 1 – Ch. 16 CN2 : Di Ch. 1 – Ch. 16 ST2 I/O (DLA1-xE1 I/O) DLA1-xE1 DLA1-xE2 + CND-88 KS2 KS2 CN1 CN2 DLA1-xE1 I/O Di 1 – Di 16 Do 1 – Do 16 DCS ST2Fiber Optics or Twisted-pair Cable LOAD 5. CONTACT I/O ↔ DLA1 ↔ ST2 (contact I/O each 16 ch.) Contact I/O 32 points CN1 : Ch. 1 – Ch. 16 CN2 : Ch. 1 – Ch. 16 ST3 INPUT (DLA1-xC1 OUTPUT) DLA1-xA1 DLA1-xC1 + CND-89 KS2 KS2 CN1 CN2 DLA1-xA1 INPUT Di 1 – Di 32 DCS ST3Fiber Optics or Twisted-pair Cable Contact Input 32 points 6. CONTACT INPUT → DLA1 → ST3 (contact input 16 ch. x 2) 7. CONTACT INPUT → DLA1 → OMRON I/O RELAY TERMINAL DLA1-xC1 + CND-71* G79 G79 CN1 CN2 CN1 : Ch. 1 – Ch. 16 CN2 : Ch. 1 – Ch. 16 G7TC-OC16 INPUT (DLA1-xC1 OUTPUT) G7TC-OC16 G7TC-OC16 Contact Input 32 points DLA1-xA1 DLA1-xA1 INPUT Di 1 – Di 32 Fiber Optics or Twisted-pair Cable *Use CND-72 with DLA1-xC2 unit. ** Use G79-xC (OMRON). Common negative are separated by the relay terminal.

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 6/7 8. CONTACT INPUT → DLA1 → ST6 (contact input 32 ch. x 2) CN1 : Ch. 1 – Ch. 32 CN2 : Ch. 33 – Ch. 64 CN1 : Ch. 1 – Ch. 32 CN2 : Ch. 1 – Ch. 32 ST6 INPUT (DLA1-xC3 OUTPUT) CN1 : Ch. 1 – Ch. 32ST7 OUTPUT (DLA1-xA1 INPUT) DLA1-xC3 + CND-83 DLA1-xC1 DLA1-xA1 + CND-8A KS9 CN1 DLA1-xC1 OUTPUT Do 1 – Do 32 DCS ST7 DCS ST6 Fiber Optics or Twisted-pair Cable Contact Input 64 points DLA1-xA2 DLA1-xA2 INPUT Fiber Optics or Twisted-pair Cable Contact Output 32 points LOAD 9. CONTACT OUTPUT DLA1 ST7 (contact output 32 ch.) KS9 KS9 CN1 CN2 → → CN1 : Ch. 1 to Ch. 32ST6 INPUT (DLA1-xC1 OUTPUT) CN1 : Ch. 1 to Ch. 16VM4 OUTPUT (DLA1-xR1 INPUT) CN1 : Ch. 1 to Ch. 16VM1 INPUT (DLA1-xR1 OUTPUT) DLA1-xA1 DLA1-xC1 + CND-8B KS9 CN1 DLA1-xA1 INPUT Di 1 to Di 32 DCS ST6Fiber Optics or Twisted-pair Cable Contact Input 32 points 10. CONTACT INPUT → DLA1 → ST6 (contact input 32 ch. x 2) 11. 10 / 15 / 18-RACK ↔ DLA1↔ VM1 (analog input 16 ch.) VM4 (analog output 16 ch.) Sensor 18-RACK (16 points) Control Coutput 18-RACK (16 points) DLA1-xR1 + CND-12* DLA1-xR1 + CND-84 FCN FCN KS2 KS2 CN1 CN2 CN1 CN2 DLA1-xR1 I/O CN1 : Ai 1 to Ai 16 CN2 : Ao 1 to Ao 16 DCS VM4 DCS VM1 Fiber Optics or Twisted-pair Cable *Use CND-22 for 15-RACK.

MODEL: CND http://www.m-system.co.jp/ CND SPECIFICATIONS ES-6689 Rev.2 Page 7/7 Specifications are subject to change without notice.