SQ1000/2000

DG DG Uni-wire System Uni-wire H System S-LINK System Send unit: SD-120 Send unit: SD-H2 S-LINK controller: SL-CU1 16 outputs 16 outputs 16 outputs (Type SDJ1) 8 outputs (Type SDJ2) 16 Series SQ1000 Kit (Serial Transmission Kit) S Type SDV Mitsubishi Electric Corporation CC-LINK System Type SDR1, SDR2 OMRON Corporation CompoBus/S Type SDQ DeviceNet Terminal block LED description Note

SY

If it is not connected to the SD terminal, normal transmission is impossibile even for a short distance.

OMU0023

Function Upper level device 1 NC NC White 2 SD+ (Transmit data +) pcs. 3 SD+ SD+ 4 SDSDSD(Transmit data -) Black 5 NC SG (Signal ground) 6 NC 7 NC GND (0 V power supply) 8 NC CN1 No. Function 1 DC1 (-) DC1 (+) 2 pcs. A wiring example of multiple controllers (3 pcs.) connected to an upper level device is shown below.

This is a legacy product. Please contact us for the latest version.sales@ocaire.com

Size: 3 (3/8 Basis), Style: 2 (Elbow), Control Method: 1 (Meter-in), Thread: N (NPT), Port Size: 03 (3/8), Option: N (Nickel Plated), Lock Nut: J (Round)

Size: 3 (3/8 Basis), Style: 2 (Elbow), Control Method: 1 (Meter-in), Thread: N (NPT), Port Size: 03 (3/8), Option: S (Sealant), Lock Nut: J (Round)

Type: Speed Controller, Body Material: Zinc Alloy, Control Method: Meter-In, Format: [Elbows] Cylinder direct-connected flat elbow type, Environment, Applications: Standard, Thread Portion Material: [Brass] Brass + Electroless Nickel Plating, Knob Type: Standard, Lock Nut Option: Round Shape Lock Nut, Joint Type: Male thread + female thread, Connection Dia.: 3/8, Option: With Seal, Types

Size: 3/8 Basis, Style: Elbow, Control Method: Meter-in, Thread: NPT, Port Size: 3/8, Option: Nickel Plated, Lock Nut: J (Round)

MY2

7 10.7 15.1 EB 21 26.6 37 EC 8 16.2 17.2 EY 27 36.2 57 FA 46.5 64.8 74.5 S 46.7 67.3 73.2 SD 6.7 17.7 T 7 12 15 TT 5.6 (MAX. 11.2) 4.9 (MAX. 16.4) 5.9 (MAX. 21.9) W 28.6 37.2 51.6 E 14.4 19.7 29.1 High load shock absorber MY2HT Bore size Stroke H G (Shock absorber stroke) T S TT E SD EY EA EC Stroke adjusting unit Shock absorber FA EB W Applicable cylinder MY2HT16 MY2HT25 MY2HT40 SD 27.3

Rotary Table Rack & Pinion Style Series MSQ Size: 1, 2, 3, 7, 10, 20, 30, 50, 70, 100, 200 1

D DDE 202-JU FD BC FA H Q AW (UU) SD BH DF (through) JD AY 2-P BG AX DG Front port (Plugged with a hexagon socket head set screw when side ports are used.) SF AV AU BB (Max. approx.

Mechanically Jointed Rodless Cylinder Series MY2 ø16, ø25, ø40 1

-X 20High load shock absorber MY2HT Bore size Stroke H G Data (Shock absorber stroke) T S TT E SD EY EA EC Stroke adjusting unit Shock absorber FA EB W SD 27.3 23.6 24 E 14.4 19.7 29.1 EC 8 11.2 17.2 EY 27 36.2 57 FA 46.5 64.8 74.5 T 12 15 25 TT 5.6 (MAX. 11.2) 4.9 (MAX. 16.4) 5.9 (MAX. 21.9) EA 7 10.7 15.1 EB 21 26.6 37 S 67.3 73.2 99 W 28.6 37.2 51.6 Applicable cylinder MY2HT16 MY2HT25

Thermo-chiller/Rack Mount Type

+ SD SG 1 SD+ 9 SD 5 SG 1 SD+ 9 SD 5 SG Circuit diagram Terminal resistance 120 Master This product This product (1st slave) (31st slave) Be sure to wire to the correct pin numbers according to the diagram.

HRX-OM-X084

Terminal resistance 1 1 1 9 5 9 5 9 5 SD SD+ SD SG SD+ SD+ SD+ SG SD SG SD SG Termina resistance l 120 ? Master This product This product This product (first slave) (second slave) st (31 slaves) Do not connect any wire to other PIN numbers. Fig 3-8 Connection of RS-485 [Tips] Both ends of the communication connection (the end nodes) need to be connected to the host computer.

HRX-OM-W002

Terminal resistance 1 1 1 9 5 9 5 9 5 SD SD+ SD SG SD+ SD+ SD+ SG SD SG SD SG Termina resistance l 120 ? Master This product This product This product (first slave) (second slave) st (31 slaves) Do not connect any wire to other PIN numbers. Fig 3-7 Connection of RS-485 [Tips] Both ends of the communication connection (the end nodes) need to be connected to the host computer.

HRX-OM-X071

Terminal resistance 1 1 1 9 5 9 5 9 5 SD SD+ SD SG SD+ SD+ SD+ SG SD SG SD SG Termina resistance l 120 ? Master This product This product This product (first slave) (second slave) st (31 slaves) Do not connect any wire to other PIN numbers. Fig 3-11 Connection of RS-485 [Tips] Both ends of the communication connection (the end nodes) need to be connected to the host computer.

LEC-OM02904

UL/C-ULK5 2. 80ms 11 24 11 11.7 (1) (a) () SD 1 (3.12) (b) ( ) (c) () 11 25 11 M 1. 2. 3. () 4. 5. 1. 2. 3. () 4. 1.()(FR-BIF-(H)) 2.

Rotary Table/

DE 2-JU FD BC FA H Q AW (UU) SD BH DF (through) JD AY 2-P BG AX DG Front port (Plugged with a hexagon socket head set screw when side ports are used.) SF AV AU BB (Max. approx.

Series VQ Metal Seal/Rubber Seal Body Ported

The system comes in an SA (generic for small scale systems) for equipment with a small number of I/O points, or 32 points Max., SB (applicable to Mitsubishi Electric models), for controlling 512 I/O points Max., SC (applicable to OMRON models), and SD (applicable to Sharp models; 504 points Max.). 8 stations Max. Optional 16 stations possible.

Stroke Reading Cylinder and Counter

SET MODE Operation keys SD SG RD RS-232C COM S.STOP OUT1 OUT2 OUT3 OUT4 OUT5 100 to 240 VAC Power supply Output terminal Communication terminals Display detail Upper limit Functions (PRESCL, OFFSET, STOP, OUTPUT, INPUT, BACKUP, RS-232, UNIT) Mode indicators COUNT PRESET FUNC. BANK NO.

Rotary Actuator

AU MU CRQ2 MSQ MSZ B CRQ2X MSQX SOL.1 Rc1/4 (Port size) (Opposite side) D (g6) DD (h9) MRQ W K b SC F H l U VJ 35 44.5 SE SD BA 37 76 107 S VL SB 49 (Max.) BA VH VK A C Drawing shows the appearance for rotation of 90 and 100. * ( ) are the dimensions for rotation of 180 and 190. Drawing shows that SOL.1 is in the de-energized state.