· 3-color / dual-screen display
· Supports fluid temperatures ranging from 0 to 90°C
· Reduces piping space requirements and optimizes layout flexibility. Particularly suitable for installation in confined spaces, helping to lower spatial costs.
· Offers optional accessories and component models to support customized feature expansion and matching
| Type | Option |
|
Detached sensor unit
|
5
|
|
Integrated display type
|
7 |
|
Rated flow rate range
|
Option |
|
0.5~4L/min
|
04 |
|
2~16L/min
|
20 |
|
5~40L/min
|
40 |
|
10~100L/min
|
11 |
|
50~250L/min
|
21 |
|
Flow control valve
|
Option |
| Without | - |
| With Note1） | S |
| Thread | Option |
| RC | - |
| NPT | N |
| G Note2） | F |
| Pipe size | Flow range | Option |
|
3/8
|
04/20 | 03 |
|
1/2
|
20/40 | 04 |
|
3/4
|
40/11 | 06 |
|
1/1
|
21 | 10 |
| 1 1/4 | 21 | 12 |
| 1 1/2 | 21 | 14 |
|
Output Specifications / Detached Temperature Sensor Note5）
|
Option | ||
| OUT1 Flow | OUT2 Temperature | Temperature sensor | |
| Analog 1~5V | - | None | 1 |
| Analog 4~20mA | - | None | 2 |
|
Analog 1~5V
|
Simulation1~5V | Have | 1T |
|
Output Specifications / Integrated Display Temperature Sensor Note5）
|
Option | |||
| OUT1 Flow | OUT2 Flow | OUT2 Temperature | Temperature sensor | |
|
NPN
|
NPN
|
-
|
无
|
A
|
|
PNP
|
PNP
|
-
|
无
|
B
|
|
NPN
|
Analog 1~5V
|
-
|
无
|
C
|
|
NPN
|
Analog 4~20mA
|
-
|
无
|
D
|
|
PNP
|
Analog 1~5V
|
-
|
无
|
E
|
|
PNP
|
Analog 4~20mA
|
-
|
无
|
F
|
|
NPN
|
External input Note 4）
|
-
|
无
|
G
|
|
PNP
|
External input Note4)
|
-
|
无
|
H
|
|
Modbus Communication Type
|
None |
MB
|
||
|
NPN
|
NPN
|
NPN
|
Have |
AT
|
|
PNP
|
PNP
|
PNP
|
Have
|
BT
|
|
NPN
|
Analog 1~5V
|
Analog 1~5V
|
Have
|
CT
|
|
NPN
|
Analog 4~20mA
|
Analog 4~20mA
|
Have
|
DT
|
|
PNP
|
Analog 1~5V
|
Analog 1~5V
|
Have
|
ET |
| PNP | Analog 4~20mA | Analog 4~20mA | Have | FT |
| Modbus Communication Type | Have | MBT | ||
| Lead Wire | Option |
|
Lead wire with M8 connector
|
- |
|
M8 connector without lead wire
|
N |
| Unit Specifications(Detached type) | Option | |
| L/min | °C | - |
| L/min(gal/min) | °C/°F | G |
| Unit Specifications(Integrated display type) | Option | |
| L/min | °C | M |
| gal/min | °C | G |
| gal/min | °F | F |
| L/min | °F | J |
| Bracket | Option |
| Without | - |
| With Note3） | R |
Note 1): The 100/250 L/min models are not compatible with the flow adjustment valve.
Note 2): Complies with ISO 228 standard.
Note 3): The 250 L/min model is not compatible with the bracket.
Note 4): External input: Accumulated value, peak value, and bottom value can be reset.
Note 5): When equipped with a temperature sensor, OUT2 can be selected for flow or temperature output. Temperature output is the factory default.
Industries such as semiconductors and 3C electronics are evolving at a rapid pace, with 5G, digital technologies, and e-mobility emerging as key future directions. New drive and control technologies must combine flexibility, intelligence, and high energy efficiency. Valve islands, featuring modular design and smart diagnostics, are ideally positioned to meet these evolving production demands. Their key features include:
• Compact and micro-sized design to meet spatial constraints
• Diverse I/O interface options to flexibly adapt to various application scenarios
• Integrated valves, signals, and communication to maximize cost savings
• Support for multiple protocols and network topologies
• Bus control for vacuum functions and I/O points
Rapid technological iterations in the lithium battery and solar industries are driving the global clean energy transition and advancing carbon neutrality goals.
As a critical control component, the valve island features the following functions:
•Control of various valves
•Additional I/O for controlling electrically actuated valves, integrating sensors, or creating closed-loop control circuits
•Execution of diagnostics and remote maintenance functions