ifm Flow Transmitter SI5004

Introduction – ifm Flow Transmitter SI5004

The ifm Flow Transmitter SI5004 is a high-performance sensor designed for reliable flow monitoring in water and liquid media. It combines precision measurement with rugged construction, ensuring dependable operation even in harsh industrial environments. Featuring a stainless-steel housing and an intuitive LED bar display, it provides clear visual feedback of the flow state, making it suitable for a wide range of process applications.

This transmitter offers an easy and quick setup process through pushbutton configuration and a variable process connection that adapts to diverse system requirements. With a measuring range of 3 to 300 cm/s, it ensures precise flow detection and monitoring across various flow conditions.

Built for demanding industries, the SI5004 provides exceptional resistance to pressure (up to 300 bar) and temperature fluctuations (from -25 to 80 °C). Its durable IP67-rated housing ensures long service life even in environments subject to shock, vibration, and moisture.

Available through Dubai Sensor, the ifm Flow Transmitter SI5004 supports industrial automation and process control systems across the UAE and MENA region, offering reliable flow measurement performance and long-term operational stability.

Key Features & Benefits

• Suitable for water and liquid media
  
• Quick setup via pushbutton configuration
  
• Analogue 4…20 mA output for easy integration into control systems
  
• LED bar display for visual indication of flow state
  
• Robust stainless-steel housing (316L/304) for harsh environments
  
• Wide measuring range of 3…300 cm/s
  
• High pressure resistance up to 300 bar (30 MPa)
  
• Repeatability from 1…5 cm/s ensures consistent accuracy
  
• Compact M18 × 1.5 process connection with variable adapter options
  
• Excellent EMC, shock, and vibration resistance per DIN EN standards
  
• IP67 protection for reliable performance in wet or dusty conditions
  

Technical Specifications – ifm Flow Transmitter SI5004

Standards & Certifications

• EMC compliance: DIN EN 61000-6-2 and DIN EN 61000-6-3
  
• Shock resistance: DIN EN 60068-2-27
  
• Vibration resistance: DIN EN 60068-2-6
  
• Protection rating: IP67 (dust-tight and water-resistant)
  
• MTTF: 259 years (indicating exceptional reliability)
  

Applications & Industries

The ifm SI5004 flow transmitter is ideal for continuous flow measurement and control in:

• Cooling and lubrication systems
  
• Process automation for liquid circuits
  
• Water treatment and filtration plants
  
• Hydraulic systems and machinery protection
  
• General industrial and OEM applications
  

(Commonly implemented in manufacturing and processing facilities across the UAE and MENA region.)

Installation, Commissioning & Maintenance

• Mounting: Threaded connection M18 × 1.5 with variable adapter options
  
• Setup: Simple pushbutton configuration for quick commissioning
  
• Electrical connection: M12 A-coded connector for reliable signal transmission
  
• Maintenance: Stainless-steel housing resists corrosion and wear, ensuring minimal upkeep requirements
  
• Visual monitoring: LED bar display provides real-time flow feedback for quick diagnostics
  

Why Choose ifm Flow Transmitter SI5004

The ifm Flow Transmitter SI5004 delivers the reliability and measurement precision required in modern process automation. Its rugged stainless-steel design, combined with advanced signal accuracy and IP67 protection, ensures optimal performance even under extreme industrial conditions.

Backed by ifm’s engineering excellence and long MTTF lifespan, this sensor is a smart investment for facilities seeking consistent flow monitoring and reduced downtime. It provides the robustness and accuracy that make it a trusted choice for critical liquid flow control applications.

Ordering Guide

1. Model: ifm Flow Transmitter SI5004 (SID10ADB10OG/)
   
2. Check Compatibility: Verify process connection and measurement range for your application.
   
3. Accessories: Optional adapters and connectors available for installation flexibility.
   
4. Distributor: Available through Dubai Sensor, the authorized supplier for ifm products in the UAE and MENA region.
   

FAQ – ifm Flow Transmitter SI5004

Q1: What type of media can the ifm Flow Transmitter SI5004 measure?
A1: The SI5004 is designed specifically for liquid media, including water and other compatible fluids used in industrial processes.

Q2: What is the measuring range of the SI5004?
A2: It has a measuring (setting) range of 3 to 300 cm/s, allowing accurate flow detection for a wide variety of liquid flow rates.

Q3: What type of output does the sensor provide?
A3: The transmitter provides an analogue output of 4…20 mA, making it easy to integrate into most control and monitoring systems.

Q4: How is the SI5004 installed?
A4: It uses an M18 × 1.5 internal thread process connection, compatible with variable adapters for flexible installation in different pipeline sizes.

Q5: What are the operating temperature limits?
A5: The transmitter operates within a medium and ambient temperature range of -25…80 °C, suitable for a wide range of industrial applications.

Q6: Does the sensor provide visual indication of flow?
A6: Yes, the 10-segment tri-colour LED bar display provides a clear visual representation of flow status, aiding quick diagnostics and system monitoring.

Q7: What protection rating does the SI5004 have?
A7: It is rated IP67, ensuring full protection against dust and water ingress, even in demanding environments.

Q8: Is the device resistant to shock and vibration?
A8: Yes, it complies with DIN EN 60068-2-27 (shock) and DIN EN 60068-2-6 (vibration) standards, with resistance up to 50 g and 20 g, respectively.

Q9: How long is the expected service life?
A9: The SI5004 has an impressive Mean Time To Failure (MTTF) of 259 years, demonstrating its exceptional reliability and long-term durability.

Q10: Where can I purchase the ifm Flow Transmitter SI5004?
A10: It is available through Dubai Sensor, the official distributor of ifm products in the UAE and MENA region.