
Add to Cart
IFM PRESSURE SENSOR WITH DISPLAY PN7071 PN-250-SER14-QFRKG/US/ /V
Okay, let's take a look at the details of the IFM Pressure Sensor with Display PN7071 PN-250-SER14-QFRKG/US//V:
1. Product Name:
- IFM Pressure Sensor with Display PN7071 PN-250-SER14-QFRKG/US//V
2. Description:
- The PN7071 PN-250-SER14-QFRKG/US//V is a pressure sensor from IFM Electronics with a built-in display.
- Pressure sensors are used to measure the pressure of various media, such as gases or liquids, in industrial applications.
3. Key Features:
- Measuring range of 0-250 bar (0-3626 psi)
- Stainless steel housing with a 4-digit display
- 4-wire DC PNP/NPN analog output
- Configurable via display or IO-Link
- Robust and compact design
- IP67 rated for use in harsh environments
4. Applications:
- The IFM PN7071 PN-250-SER14-QFRKG/US//V pressure sensor is suitable for a variety of industrial applications, such as:
- Process monitoring and control
- Hydraulic and pneumatic systems
- Compressor and pump monitoring
- Leak detection and pressure regulation
5. Connectivity:
- The sensor has a 4-wire DC connection:
- 1 x Brown (L+)
- 1 x Blue (L-)
- 1 x Black (PNP/NPN analog output)
- 1 x White (IO-Link communication)
- The sensor can be easily integrated into industrial control systems and automation networks, including those with IO-Link connectivity.
6. Capabilities:
- Measuring range of 0-250 bar (0-3626 psi)
- 4-digit display for easy reading and configuration
- PNP/NPN analog output for process control
- IO-Link communication for advanced configuration and diagnostics
- Robust stainless steel housing with IP67 rating
- Configurable via display or IO-Link interface
7. Compatibility:
- The IFM PN7071 PN-250-SER14-QFRKG/US//V pressure sensor is designed to be compatible with a wide range of industrial automation and control systems.
- It can be integrated with programmable logic controllers (PLCs), SCADA systems, and other industrial control equipment, including those with IO-Link support.
The PN7071 PN-250-SER14-QFRKG/US//V is a versatile and robust pressure sensor from IFM Electronics, featuring a built-in display and a wide measuring range of 0-250 bar. Its stainless steel housing, IP67 rating, and configurable analog output and IO-Link communication make it suitable for a variety of industrial pressure monitoring and control applications, such as process control, hydraulic and pneumatic systems, and compressor/pump monitoring.
If you have any further questions about the IFM PN7071 PN-250-SER14-QFRKG/US//V pressure sensor or need additional information, please don't hesitate to ask.
Product characteristics
Number of inputs and outputs | Number of digital outputs: 2 | |||
Measuring range |
| |||
Process connection | threaded connection G 1/4 internal thread |
Application
Special feature | Gold-plated contacts | |||
Measuring element | metallic thin film cell | |||
Application | for industrial applications | |||
Media | liquids and gases | |||
Medium temperature [°C] | -25...80 | |||
Min. bursting pressure |
| |||
Pressure rating |
| |||
Vacuum resistance [mbar] | -1000 | |||
Type of pressure | relative pressure |
Electrical data
Operating voltage [V] | 18...30 DC; (to SELV/PELV) |
Current consumption [mA] | < 35 |
Min. insulation resistance [MΩ] | 100; (500 V DC) |
Protection class | III |
Reverse polarity protection | yes |
Power-on delay time [s] | < 0.3 |
Integrated watchdog | yes |
Inputs / outputs
Number of inputs and outputs | Number of digital outputs: 2 |
Outputs
Total number of outputs | 2 |
Output signal | switching signal; IO-Link; (configurable) |
Electrical design | PNP/NPN |
Number of digital outputs | 2 |
Output function | normally open / normally closed; (parameterisable) |
Max. voltage drop switching output DC [V] | 2.5 |
Permanent current rating of switching output DC [mA] | 150; (200 (...60 °C) 250 (...40 °C)) |
Switching frequency DC [Hz] | < 170 |
Short-circuit protection | yes |
Type of short-circuit protection | pulsed |
Overload protection | yes |
Measuring/setting range
Measuring range |
|
Factory setting / CMPT = 2
Set point SP |
| |||
Reset point rP |
| |||
Min. difference between SP and rP |
| |||
In steps of |
|
Status_B High Resolution / CMPT = 3
Set point SP |
| |||
Reset point rP |
| |||
Min. difference between SP and rP |
| |||
In steps of |
|