Series D1

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CODING EXAMPLE - FIELDBUS VERSION

DM

C

1

01

W

R

A

-

2A2Q

-

2A2BQH4AX4B

-

3M2L3M2B2C

-

CS

R

DM	MODULAR ISLAND
C	VALVE C = VC Model
1	SIZE 1 = 10,5 mm
01	PROTOCOL 00 = Base without Fieldbus cover *** 01 = PROFIBUS 03 = CANopen 04 = Ethernet/IP	05 = Ethercat 06 = PROFINET 07 = IO-LINK (not configurable with input and and output modules)
W	INTERFACE O = without interface	W = WLAN
R	MANUAL OVERRIDE P = push button	R = with push and turn device
A	SERVO-PILOT SUPPLY A = internal	B = external
2A2Q	INPUT AND OUTPUT MODULES 0 = without A = 8 digital inputs M8 B = 16 digital inputs, terminal block connection C = 2 analog inputs (config. 0-10V,±10V,0-20mA,4-20mA,±20mA) M12 D = 2 analog inputs (config. 0-10V,±10V,0-20mA,4-20mA,±20mA), terminal block E = 2 inputs, BRIDGE M12 F = 2 inputs, BRIDGE, TERMINAL BLOCK CONNECTION G = 2 inputs, RTD M12 (PT100, PT200, PT500, PT1000) H = 2 inputs, RTD TERMINAL BLOCK CONNECTION (PT100, PT200, PT500, PT1000) L = 2 inputs, TC M12 (THERMOCOUPLES) M = 2 inputs, TC TERMINAL BLOCK CONNECTION (THERMOCOUPLES) Q = 8 digital outputs M8 R = 16 digital outputs, terminal block connection S = subnet expansion T = 2 analog outputs (config. 0-10V,±10V,0-20mA, 4-20mA,±20mA), M12 U = 2 analog outputs (config. 0-10V,±10V,0-20mA,4-20mA,±20mA), terminal block (Push-in) P = 8 digital inputs (4 M12 connectors) Y = 8 digital outputs (4 M12 connectors) W **** = closed base without I/O cover
2A2BQH4AX4B	SUBBASES Metric: A = cartridge tube Ø4 B = cartridge tube Ø6 SUBBASE FOR SERVO-PILOT CONTROL * J = subbase (D1) for Ev (E;F) SUBBASE DIAPHRAGM # Q = diaphragm on channels 1, 3, 5 R = diaphragm on channel 1 S = diaphragm on channels 3 and 5 WITH DIAPHRAGM AND EXTERNAL SERVO-PILOT SUPPLY # QT = diaphragm on channels 1, 3, 5; 12/14 External RT = diaphragm on channel 1; 12/14 External ST = diaphragm on channels 3, 5; 12/14 External WITH DIAPHRAGM AND INTEGRATED SILENCER # QH = diaphragm on channels 1, 3, 5 RH = diaphragm on channel 1 SH = diaphragm on channels 3, 5 SUBBASE FOR ADDITIONAL FLOW # X = supply (1) and exhausts (3, 5) XH = supply (1) and exhausts (3, 5) with integrated silencer INTERFACE SUBBASE FOR ADDITIONAL FLOW WITH EXTERNAL SERVO-PILOT SUPPLY # XT = additional supply (1) and exhausts (3, 5) FOR ELECTRICAL SUPPLY # K = separation of electrical supply - supply (1) and exhausts (3, 5) Z = separation of electrical supply - diaphragm on channel 1	Inches: A = cartridge tube Ø5/32” G = cartridge tube Ø1/4”
3M2L3M2B2C	VALVES M = 5/2 monostable B = 5/2 bistable C = 2x3/2 NC A = 2x3/2 NO G = 1x3/2 NC + 1x3/2 NO V = 5/3 CC K = 5/3 CO N = 5/3 CP	L = free position W = position without valve E = 3/2 NC for internal servo-pilot control (Line 1) F = 3/2 NC for external servo-pilot control D = 2x2/2 NC H = 2x2/2 NO R = 1x2/2 NC + 1x2/2 NO
CS	TERMINAL PLATES Cartridges on tube ports 1, 3, 5 Metric: C = cartridge tube Ø8 CS = cartridge tube Ø8 3,5 with silencer	Inches: C = cartridge tube Ø5/16” CS = cartridge tube Ø5/16” 3,5 with silencer
R	FIXING TYPE = direct R = DIN rail

# = These subbases are already provided with cartridges for tube Ø8, Ø5/16”.
* = The subbase is equipped with a cartridge Ø4 (Ø5/32”).
** = Solenoid valve for subbase model J.
*** = With the 00 protocol, the possible interface is 0, for example: DMC1000RA-...
**** = The closed base without I/O cover always has to be put after the other modules, if present. For example: DMC101WRA-2A2QW...
The choice of the cartridge made in the Terminal Plates section is also valid for the diaphragm and additional subbases.
QT, RT, ST, XT models have a 12/14 cartridge tube Ø4 (Ø5/32”).

FIELDBUS version DIMENSIONS