阀岛产品手册 VALVE ISLAND PRODUCT MANUAL

工业机械Industrial Machinery

OEM/ODM

专业制造 Professional Manufacturer

上海阮隆工业自动化电器有限公司Shanghai Ruan Long Industrial Automation Appliance Co., Ltd.

IO-Link

CONTENTS

F series /R series bus busbar- --01
M series multi-pin busbar--- ---02
4V110 series valve island--- --03-04
4V210 series valve island---- --07-08
4V310 series valve island--- --11-12
3V110 series valve island--- ---15-16
3V210 series valve island-- --19-20
7V110 series valve island--- --23-24
7V210 series valve island-- --25-26
SY5120 series valve island--- --29-30
SY5220 series valve island--- --31
SY7120 series valve island--- -35-36
SY7220 series valve island--- --37
R series bus wiring diagram-- --41
M series multi-pin wiring diagram- --42
VGVT series valve Island---- ---43-77
VUVG series solenoid valves (tube type and
plate type)-- --78-98

F series /R series bus busbar

F series bus bus combiner can be inserted into FF series control box, supporting a variety of communication control methods:

FF bus control box: Supports bus protocols such as EtherCAT, CANopen, 10-Link, and PROFINET. Supports 4-24 position single and double head solenoid valves.

Supports Festo VUVG B10, B14, B18 single and double coil solenoid valves. Supports 24V coil voltage.

R series bus bus combiner can be inserted into FR series control box, supporting a variety of communication control methods:

FR bus control box: Supports bus protocols such as EtherCAT, CANopen, 10-Link, and PROFINET. Supports 4-24 position single and double head solenoid valves (the SY series supports 24 double head solenoid valves /48 coils).

Supports various single and double head solenoid valves such as 3V series, 4V series, 7V series, and SY series. Supports 24V coil voltage.

Bus busbar naming rules

Control box communication cable naming rules<br>Bus control box naming rules

The M series multi-pin busbar supports various single and double-head solenoid valves such as 3V series, 4V series, 7V series, and SY series, and supports 24V coil voltage.

Number of solenoid valves :4-14 positions.

Naming rules for M series multi-pin busbar plates

Multi-pin control wire naming rules

Double solenoid valve extension module

4V110 Series

R series bus busbar

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

M series multi-pin busbar

Multi-needle control lines

Control line :SM-DB15-XX

Control line :SM-DB25-XX

Double head solenoid valve expansion module

4V130-PLUG

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

Dimensions

4V210 Series

R series bus busbar

FR bus control box

Control box cable

Power cord :SR-M12-DC-XX

CAN terminal resistance :SR-M12-T02
10

Selection example

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

Multi-needle control lines

Control line :SM-DB15-XX

Control line :SM-DB25-XX

4V230-PLUG

Double head solenoid valve expansion module

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

4V310 Series

R series bus busbar

Control box cable

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

Dimensions

R series bus busbar

FR bus control box

Control box cable

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

Multi-needle control lines

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

3V120(Terminal)	3V120(Grommet)

Dimensions

3V110(Terminal)

3V110(Grommet)

3V210 Series

R series bus busbar

FR bus control box

Control box cable

CAN terminal resistance :SR-M12-T02

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

M series multi-pin busbar

Multi-needle control lines

Control line :SM-DB15-XX

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

Dimensions

3V210(Terminal)

3V220(Terminal)

3V210(Grommet)

3V220(Grommet)

7V110 Series

R series bus busbar

FR bus control box

Control box cable

CAN terminal resistance :SR-M12-T02

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

Multi-needle control lines

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

R series bus busbar

R series bus busbar

FR bus control box

Control box cable

CAN terminal resistance :SR-M12-T02
10

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

Selection example

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

Coil specification

Ordering code

7V0520
7V120
7V220
7V320

Dimensions

7V310

7V320

7V320

SY5120 Series

R series bus busbar

FR bus control box

Control box cable

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

Multi-needle control lines

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

R series bus busbar

FR bus control box

Control box cable

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

R series bus busbar

R series bus busbar

FR bus control box

Control box cable

CAN terminal resistance :SR-M12-T02

Selection example

Example :PLC EtherCAT protocol,RJ45 interface, 8-position solenoid valve, wire length 2 meters

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

M series multi-pin busbar

M series multi-pin busbar

Multi-needle control lines

Control line :SM-DB15-XX

Control line :SM-DB25-XX

Selection example

Example: 14-position solenoid valve, wire length 2 meters (M series solenoid valve quantity :4-14 positions

Example: 18-position solenoid valve, line length 6 meters (R series busbar + bus control box)

R series bus busbar

Selection example

Example :PLCCANopen protocol, terminal communication interface, 16-position solenoid valve, line length 6 meters

SY7000 Series Solenoid valve

M series multi-pin wiring diagram<br>Leakage type (NPN) output

Source type (PNP) output

DB25 interface pin definition diagram

DB25 Single solenoid valve pin definition

DB25 Double solenoid valve pin definition

DB15 interface pin definition diagram

DB15 pin definition

The complete order code for the valve

Ordering example

Example 1: If a semi-tube valve island is ordered with IOlink control, a valve width of 14mm, an internal pilot air source, and 20 valve positions, with two-position five-way double electrically controlled valves installed at positions 1 to 18, and blind plates installed at positions 19 and 20, and no joints or mufflers installed on the valve island, the code should be written as: VGVT-S14-20-18B2T-L(The valve position function must be written in the installation sequence from left to right)

Example 2 If you order a bottom-mounted valve island with multi-needle control, a valve width of 14mm, an external pilot air source, and a valve position of 10, install an L-shaped 10mm quick-connect connector at the air source interface on the left side of the valve island, install a muffler on the left side of the valve island, install a 6mm quick-connect connector at the valve interface, and install two two-position five-way single electric control valves at valve positions 1 and 2 Install a two-position five-way double electric valve at position 3, two two-position three-way normally open valves at positions 4 and 5, a three-position five-way mid-seal valve at position 6, a three-position five-way mid-drain valve at position 7, and positions 8 and 9

Install two two-position five-way single electrically controlled valves. Install a blind plate at position 10. Then the code should be written as: VGVT-M14-10-Z-Q10- LA-UL-Q6S-2MB2UCE2MT-S(the valve position functions must be written in the installation order from left to right).

Example 3: If the valve island of Example 2 is not equipped with a joint and a muffler, the side code should be written as: VGVT-M14-10-Z-2MB2UCE2MT-S

Characteristics

1. Optional IO-Link interface and optional Sub-D multi-pin interface.

2. By replacing the electrical control box, different electrical connections can be achieved, supporting communication protocols such as ProfiNet, EtherCAT, EtherNet/IP, and CIEBS

3. Bottom-connected and half-tube valves are available for selection, with a maximum of 24 valve positions. Multi-needle connection is adopted to support 20 valve positions.

4. The exhaust methods can be selected as exhaust from the side of the manifold, exhaust from the bottom of the manifold, and exhaust from the valve. Through the internal isolation components, multiple pressure zones can be achieved.

5. Splash-proof, with a protection grade of IP65.

6. By using long and short plugs, an internal or external pilot gas source can be achieved within the same gas path plate.

7. Manual operation mode, button type with lock.

8. By replacing the electrical control box, different electrical connections can be achieved.

Each coil consumes 0.4W of electricity. It is equipped with an internal energy consumption management module and a complete protection circuit.

10. IO-link is equipped with fault diagnosis function.

11. DIN rail installation can be added.

Note: When the number of valve positions is ≥ 8, it is recommended to choose air intake on both sides of the manifold to ensure sufficient air pressure

Assembly diagram

By configuring long and short plugs, the internal and external pilot air sources are selected

External leading type

Internal pilot type

Instructions on creating pressure partitions

1. Intake and exhaust are achieved through the intake manifold and the air source plate.

2. The position of the air source board and the isolation of the channels can be freely selected.

3. Internal air intake channels isolated between the manifold plates through appropriate channels can create pressure zones.

4. Pressure zone isolation is only applicable to Channel 1

						When using one isolation piece, two pressure zones can be created
					When two isolation components are used, three pressure zones can be created, and the air source plate needs to
					occupy one valve position.
				By installing the isolation piece VABD, VGVA can create multiple pressure zones, and the isolation piece is installed in the manifold channel 1 with a screwdriver.