
TL5228 Marine Pressure Switch Pressure Controller
Contact Person : Ina Chen
Phone Number : 0086-15168536055
WhatsApp : +8615168536055
Detail Information |
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Switching Element: | Microswitch | Ambient Temp.: | 0℃-60℃ |
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Medium Temp.: | 0℃-80℃ | Repeatability Error: | ≤1% |
Product Description
1, Overview
TXK differential pressure switch adopts diaphragm piston combination induction, suitable for low to high differential pressure, different static pressures, pulse pressures or cycle rates in fluid dynamics or process applications. Can be used for air, gas, oil, water, and non corrosive media.
2, Technical performance
Working viscosity |
1x10-3m2/s |
Switching element |
microswitch |
Enclosure ratings |
IP66 |
Ambient temperature |
0℃-60℃ |
Medium temperature |
0℃-80℃ |
Anti-Vibration Performance |
Max 40m/s² |
Repeatability error |
≤1% |
Contact capacity |
Max 220V AC, ≤5A |
3, Specifications
Adjustment range of pressure setting value
|
Switching difference not greater than
|
**Allowable pressure (Mpa)
|
External dimensions |
Switching frequency/minute
|
Membrane material |
Internal thread of interface
|
0~60KPa |
3KPa |
3.4 |
01 |
30 |
Stainless steel or polyimide |
NPT1/4 |
20~200KPa |
10KPa |
3.4 |
01 |
30 |
Stainless steel or polyimide |
NPT1/4 |
50~500KPa |
20KPa |
3.4 |
01 |
30 |
Stainless steel or polyimide |
NPT1/4 |
20~200KPa(RN) |
30KPa |
3.4 |
02 |
30 |
Stainless steel or polyimide |
NPT1/4 |
4, Selection Table
TXK - □ □ - □ - □ - □ 1 2 3 4 5 |
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1. Product Form |
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01 |
convention |
02 |
double-contact |
03 |
EEx d |
04 |
Lower differential pressure |
05 |
Upper and lower differential pressure |
06 |
High hydrostatic pressure |
07 |
furnace |
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2. Shell |
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NN |
Regular style |
RN |
Dual contact model |
LC |
Ordinary explosion-proof model |
B |
Explosion proof model with small viewing window |
AL |
Furnace shell |
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3. Diaphragm type |
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01 |
poly |
02 |
stainless steel |
03 |
rubber |
4. Connecting thread (customizable as needed) |
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01 |
NPT1/4 内 |
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5. Range |
Refer to the detailed range selection table |
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TXK lower differential pressure controller, product form: lower differential pressure, housing: ordinary type, diaphragm form: stainless steel, connection thread: NPT1/4 internal, range: 5-210KPa. |
Range comparison table
Code |
Range |
Notes |
Code |
Range |
Notes |
001 |
3.5-27.5MPa |
Conventional pressure |
002 |
1.2-12MPa |
Conventional pressure |
003 |
0.7-7MPa |
Conventional pressure |
004 |
0.37-3.7MPa |
Conventional pressure |
005 |
0.25-2.5MPa |
Conventional pressure |
006 |
0.15-1.2MPa |
Conventional pressure |
007 |
20-700KPa |
Conventional pressure |
008 |
10-350KPa |
Conventional pressure |
009 |
5-210KPa |
Conventional pressure |
010 |
5-170KPa |
Conventional pressure |
011 |
0-100KPa |
Conventional pressure |
012 |
﹣100-0KPa |
Conventional pressure |
013 |
﹣100-100KPa |
Conventional pressure |
014 |
25KPa |
High hydrostatic pressure |
015 |
0-60KPa |
Lower differential pressure |
016 |
20-200KPa |
Lower differential pressure |
017 |
50-500KPa |
Lower differential pressure |
018 |
﹣0.5-0.5KPa |
Furnace differential pressure |
019 |
﹣3-3KPa |
Furnace differential pressure |
020 |
﹣6-6KPa |
Furnace differential pressure |
021 |
﹣12-12KPa |
Furnace differential pressure |
5, Debugging method and switch wiring diagram
Return the adjusting nut to a state of basic weakness, connect the C, NO, NC wires of the switch to the signal light. Observe the status of the signal light, connect the signal light to a green light (C is the common terminal, and when C is connected to NC at the factory, the green light will light up), and adjust the adjusting nut up and down according to the set point indicator to set it to the desired set point. (The downward pressure increases, the upward pressure decreases)
6, Appearance and installation dimensions
01
02
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