About Schneider Value pressure transmitter IGP05S
Specifications
Main
| Range of Product |
Pressure |
| Product or Component Type |
Pressure transmitter |
| Type of Measurement |
Gauge |
Complementary
| turndown |
400:1 |
| Response Time |
100 ms |
| mounting type |
Direct connect Low profile Biplanar |
| Measurement accuracy |
+/- 0.075 % of the measuring range |
| Maximum pressure |
30000 psi 2068 bar |
| drift |
+/- 0.05 % of measuring range per year, for 10 years |
| communication protocol |
HART Low Power |
Environment
| IP Degree of Protection |
IP67 |
| NEMA Degree of Protection |
NEMA 4X |
| Product certifications |
FM CSA ATEX IEC-Ex EAC INMETRO TV Rheinland (SIL3) NEPSI |
| Standards |
NACE MR01-03 |
Packing Units
| Unit Type of Package 1 |
PCE |
| Nbr. of units in pkg. |
1 |
Contractual warranty
| Warranty (in months) |
24 |
High Accuracy and Robust ConstructionThe IGP05S pressure transmitter offers exceptional accuracy (0.065% of span) and is crafted from corrosion-resistant stainless steel 316L. Its robust build enables reliable dispatch of pressure readings up to 400 bar in aggressive industrial environments, ensuring your operations run smoothly and safely.
Versatile Installation and User-Friendly FeaturesWith options for both direct or remote mounting, the IGP05S adapts to your system requirements. Process connection via 1/2" NPT (male) and M20 x 1.5 cable gland electrical connections simplify installation, while the optional local digital display provides instant on-site data for quick monitoring.
Ideal for Industrial Automation and Process ControlSpecially designed for industrial pressure measurement, this transmitter integrates seamlessly into control and automation systems using a 4-20 mA loop powered output. Its fast response time (<30 ms) and compact structure make it ideal for precise control and reliable feedback in heavy-duty industrial applications.
FAQ's of Schneider Value pressure transmitter IGP05S:
Q: How is the Schneider IGP05S pressure transmitter installed?
A: The IGP05S pressure transmitter is versatile and can be mounted either directly or remotely, depending on your system requirements. It uses a 1/2" NPT (male) process connection and supports electrical connections via an M20 x 1.5 cable gland, making it suitable for a wide range of industrial applications.
Q: What makes the IGP05S suitable for harsh industrial environments?
A: The transmitter is constructed with stainless steel 316L for superior corrosion resistance, offers IP67 protection against dust and water, and has optional explosion-proof certification. These features ensure optimal performance even in challenging conditions such as those found in industrial automation and process control.
Q: When can the optional local digital display be beneficial?
A: The optional local digital display is beneficial for operators needing real-time onsite pressure readings. It enhances usability by allowing personnel to instantly verify process pressure data without requiring remote system access, facilitating faster decision-making and maintenance.
Q: Where can the IGP05S pressure transmitter be used?
A: It is ideally suited for industrial pressure measurement in applications such as process automation, control systems, and sectors requiring precise monitoring up to 400 bar. Its robust design and compliance with IEC/EN 61326 make it a reliable choice for manufacturing plants and process facilities.
Q: What are the benefits of the 4-20 mA output signal in the IGP05S?
A: The 4-20 mA DC output signal is highly reliable for long-distance signal transmission with minimal signal loss. It allows the IGP05S to be easily integrated into most industrial control systems, providing continuous, accurate pressure measurement and facilitating fast response and control actions.
Q: How does the pressure transmitter maintain accuracy at high pressures?
A: The IGP05S is engineered for high accuracy (0.065% of span) across its full measuring range up to 400 bar. Its advanced sensor technology and robust stainless steel construction help minimize errors from temperature change, vibration, and pressure spikes, ensuring consistently precise performance.