उत्पाद का प्रकार:यांत्रिक इलेक्ट्रॉनिक प्रवाह संवेदक
अनुप्रयोग परिदृश्य:औद्योगिक स्वचालन
स्थिति:100% मूल
गारंटी:1 वर्ष
सेवा:एक बंद सेवा
समय सीमा:3-5 दिन
शिपिंग:Dhl \ ups \ fedex \ ems \ tnt \ aramex
मूलभूत जानकारी
ब्रांड नाम:IFM
Model Number:SBG232
भुगतान & नौवहन नियमों
Packaging Details:Original packaging
Delivery Time:3-7 days
Payment Terms:T/T
गेलरी
SBG232 IFM Return Valve Flowmeter New Original Plc Programming Controller Module
उत्पाद विवरण
1. Main Specifications
Product Identification
Mechanical Electronic Flow Sensor
Operating Voltage DC
18...32 V
Voltage Type
DC
Number of Outputs
2
Application
For Industrial Use
System Interface
Threaded Connection G 1/2 Internal Thread
2. Key Selling Points
Precise Liquid Flow Measurement: The SBG232 is a high-performance mechanical electronic flow sensor capable of accurately measuring the flow rate of liquid media. It features an internal mechanical structure (such as a paddle wheel or piston) that rotates or moves with the liquid flow, which is then converted into an electrical signal for reliable flow monitoring.
Designed for Industrial Applications: Clearly marked "For Industrial Use", its design, materials, and testing standards meet stringent industrial requirements, offering excellent resistance to electromagnetic interference (EMI), vibration, and shock, ensuring long-term stable performance in complex environments like factory floors and process equipment.
Standard Threaded Connection for Easy Installation: Features a G 1/2 internal thread process connection, a widely used industrial standard pipe thread in Europe and globally, enabling quick and secure installation into liquid piping systems.
Wide Voltage Input Range: Supports a wide operating voltage range of 18...30 V DC, compatible with 24V DC systems. This adaptability to various power supplies enhances the product's versatility and applicability.
Dual-Channel Signal Output: Provides two independent electronic outputs (typically PNP transistor outputs), which can be used to output flow switch signals (e.g., high/low flow alarms) or pulse signals (for flow accumulation), meeting complex monitoring and control requirements.