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Atlas Air Compressor Sensor 1607852293 24V DC IP67 Rated
  • name
  • name
  • name
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Atlas Air Compressor Sensor 1607852293 24V DC IP67 Rated

MOQ: 1
Price: USD60/pcs
Delivery Period: 15-20 work days
Payment Method: T/T
Supply Capacity: 100-1000
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Atlas
Model Number
1607852293
Highlight:

Atlas Sensor Screw air Compressor Parts

,

1607852293 Screw air Compressor Parts

,

Wholesale Screw air Compressor Parts

Product Description
Atlas Sensor 1607852293 High Quality Screw Air Compressor Parts Wholesale
Product Introduction: Industrial Sensor
What is an Industrial Sensor?
An industrial sensor is a sophisticated device designed to detect, measure, and communicate specific physical properties or environmental conditions within a system or process. It acts as the "sense organ" of automated machinery and control systems, converting real-world parameters—such as pressure, temperature, position, or flow—into accurate, standardized electrical signals. These signals are then used by controllers (like PLCs) to monitor conditions, make decisions, and execute commands with precision and reliability.
Key Functions & Purposes
Sensors are fundamental to automation, efficiency, and safety. Their core functions include:
  • Monitoring: Continuously tracking process variables to ensure they remain within desired limits.
  • Control: Providing the essential feedback required for closed-loop control systems to maintain setpoints.
  • Protection: Detecting fault conditions (over-pressure, over-temperature, jams) to trigger alarms or safety shutdowns and prevent equipment damage.
  • Data Acquisition: Generating data for analysis, optimization, and predictive maintenance.
  • Guidance & Positioning: Enabling robots and automated guided vehicles (AGVs) to navigate and perform tasks accurately.
How It Works (Operating Principle)
The basic operation of a sensor follows a clear pathway:
  1. Detection: A sensing element (e.g., a diaphragm, thermocouple, or photocell) interacts directly with the physical property being measured.
  2. Transduction: The sensor's internal circuitry converts this physical change into a low-level electrical signal.
  3. Signal Conditioning: The raw signal is amplified, filtered, or linearized to improve its quality and accuracy.
  4. Output: The conditioned signal is output in a standardized format that can be easily interpreted by a programmable logic controller (PLC) or other data acquisition system.
Key Features & Benefits
High Accuracy & Repeatability Provides precise, reliable measurements for quality control and process consistency.
Rugged Construction Housings rated to IP67/IP69K or NEMA standards protect against dust, moisture, chemicals, and physical impact.
Multiple Output Options Compatibility with all major control systems via analog, digital, or smart interfaces.
Easy Integration Standard mechanical forms and mounting options simplify installation and replacement.
Self-Diagnostics Advanced "smart" sensors can monitor their own health and signal warnings for contamination or failure.
Reduced Downtime By enabling predictive maintenance and preventing catastrophic failures, sensors maximize production uptime.
Common Types of Industrial Sensors
Sensor Type Measures Typical Application
Pressure Sensor/Transmitter Fluid or gas pressure Hydraulic systems, pump monitoring, tank level (by pressure)
Temperature Sensor Heat RTDs and Thermocouples for ovens, reactors, motor winding temp
Proximity Sensor Presence of nearby objects without contact Inductive (metal detection), Capacitive (liquid, plastic detection)
Photoelectric Sensor Presence, distance, color using light beams Detecting objects on a conveyor, bottle counting, label detection
Encoder Position, speed, and direction of rotation Servo motor control, CNC machine position feedback
Flow Sensor Flow rate of liquids or gasses Monitoring coolant flow, batching ingredients, leak detection
Level Sensor Level of liquids or solids in a tank Ultrasonic, radar, or capacitive detection for inventory management
Force/Load Sensor Weight and force Weighing systems, press force monitoring, tension control
Technical Specifications (Typical Range)
  • Output Signals: 4-20mA (2-wire), 0-10V DC, PNP/NPN, IO-Link, PROFIBUS, EtherCAT
  • Supply Voltage: 10-30V DC standard; 24V AC/DC options available
  • Accuracy: Typically ±0.1% to ±1.0% of full scale, depending on sensor type
  • Environmental Rating: IP67 (submersible), IP69K (high-pressure washdown), NEMA 4X
  • Process Connection: G¼, ½" NPT, flange, custom options
  • Electrical Connection: M8, M12 quick-disconnect cables, or conduit entries
  • Media Compatibility: Stainless steel (304/316L) wetted parts standard; specialized materials for harsh/corrosive media
Industries & Applications
Sensors are critical in virtually every sector:
  • Factory Automation: Robotic assembly, packaging lines, material handling
  • Food & Beverage: Fill level detection, packaging integrity, hygiene-critical areas
  • Water/Wastewater: Pump control, chemical dosing, tank level monitoring
  • Oil & Gas: Wellhead monitoring, pipeline pressure, refinery process control
  • Pharmaceutical: Clean-room environmental monitoring, precise ingredient batching
  • Mobile Machinery: Hydraulic system pressure and temperature monitoring
Why Choose Our Sensors?
  • Application Expertise: We don't just sell sensors; we provide solutions. Our technical team helps you select the perfect sensor for your specific challenge.
  • Uncompromising Quality: Built to the highest standards for maximum reliability and the lowest total cost of ownership.
  • Comprehensive Portfolio: From standard inductive proxes to highly specialized analog pressure transmitters.
  • Global Support & Availability: Backed by a worldwide distribution and support network.
Ordering Information
To select the correct sensor, please provide:
  • Parameter to Measure: (e.g., Pressure, Temperature, Position)
  • Measurement Range: (e.g., 0-100 psi, 0-500°C)
  • Required Accuracy: (e.g., ±0.5% FS)
  • Media: (What the sensor will contact? e.g., Hydraulic Oil, Steam, Plastic Pellets)
  • Output Signal Needed: (e.g., 4-20mA, PNP NO, IO-Link)
  • Electrical Connection: (e.g., M12 4-pin, 2m cable)
  • Process Connection: (e.g., G¼ male, ½" NPT female)
Contact our sensor specialists today for a consultation or to request a sample for testing.
Tags: 

Air Compressor Parts,  

Atlas Industrial Air Compressor Parts,  

Atlas Air Compressor Spares

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Products
PRODUCTS DETAILS
Products

Industrial Air Compressor

Atlas Air Compressor Parts

Gardner Denver Air Compressor Parts

CompAir Air Compressor Parts

Ingersoll-Rand Air Compressor Parts

Sullair Air Compressor Parts

Air Compressor Spare Parts
Atlas Air Compressor Sensor 1607852293 24V DC IP67 Rated
  • name
  • name
  • name
  • name
Atlas Air Compressor Sensor 1607852293 24V DC IP67 Rated
MOQ: 1
Price: USD60/pcs
Delivery Period: 15-20 work days
Payment Method: T/T
Supply Capacity: 100-1000
Detail Information
Product Description
Detail Information
Place of Origin
China
Brand Name
Atlas
Model Number
1607852293
Minimum Order Quantity:
1
Price:
USD60/pcs
Delivery Time:
15-20 work days
Payment Terms:
T/T
Supply Ability:
100-1000
Highlight

Atlas Sensor Screw air Compressor Parts

,

1607852293 Screw air Compressor Parts

,

Wholesale Screw air Compressor Parts

Product Description
Atlas Sensor 1607852293 High Quality Screw Air Compressor Parts Wholesale
Product Introduction: Industrial Sensor
What is an Industrial Sensor?
An industrial sensor is a sophisticated device designed to detect, measure, and communicate specific physical properties or environmental conditions within a system or process. It acts as the "sense organ" of automated machinery and control systems, converting real-world parameters—such as pressure, temperature, position, or flow—into accurate, standardized electrical signals. These signals are then used by controllers (like PLCs) to monitor conditions, make decisions, and execute commands with precision and reliability.
Key Functions & Purposes
Sensors are fundamental to automation, efficiency, and safety. Their core functions include:
  • Monitoring: Continuously tracking process variables to ensure they remain within desired limits.
  • Control: Providing the essential feedback required for closed-loop control systems to maintain setpoints.
  • Protection: Detecting fault conditions (over-pressure, over-temperature, jams) to trigger alarms or safety shutdowns and prevent equipment damage.
  • Data Acquisition: Generating data for analysis, optimization, and predictive maintenance.
  • Guidance & Positioning: Enabling robots and automated guided vehicles (AGVs) to navigate and perform tasks accurately.
How It Works (Operating Principle)
The basic operation of a sensor follows a clear pathway:
  1. Detection: A sensing element (e.g., a diaphragm, thermocouple, or photocell) interacts directly with the physical property being measured.
  2. Transduction: The sensor's internal circuitry converts this physical change into a low-level electrical signal.
  3. Signal Conditioning: The raw signal is amplified, filtered, or linearized to improve its quality and accuracy.
  4. Output: The conditioned signal is output in a standardized format that can be easily interpreted by a programmable logic controller (PLC) or other data acquisition system.
Key Features & Benefits
High Accuracy & Repeatability Provides precise, reliable measurements for quality control and process consistency.
Rugged Construction Housings rated to IP67/IP69K or NEMA standards protect against dust, moisture, chemicals, and physical impact.
Multiple Output Options Compatibility with all major control systems via analog, digital, or smart interfaces.
Easy Integration Standard mechanical forms and mounting options simplify installation and replacement.
Self-Diagnostics Advanced "smart" sensors can monitor their own health and signal warnings for contamination or failure.
Reduced Downtime By enabling predictive maintenance and preventing catastrophic failures, sensors maximize production uptime.
Common Types of Industrial Sensors
Sensor Type Measures Typical Application
Pressure Sensor/Transmitter Fluid or gas pressure Hydraulic systems, pump monitoring, tank level (by pressure)
Temperature Sensor Heat RTDs and Thermocouples for ovens, reactors, motor winding temp
Proximity Sensor Presence of nearby objects without contact Inductive (metal detection), Capacitive (liquid, plastic detection)
Photoelectric Sensor Presence, distance, color using light beams Detecting objects on a conveyor, bottle counting, label detection
Encoder Position, speed, and direction of rotation Servo motor control, CNC machine position feedback
Flow Sensor Flow rate of liquids or gasses Monitoring coolant flow, batching ingredients, leak detection
Level Sensor Level of liquids or solids in a tank Ultrasonic, radar, or capacitive detection for inventory management
Force/Load Sensor Weight and force Weighing systems, press force monitoring, tension control
Technical Specifications (Typical Range)
  • Output Signals: 4-20mA (2-wire), 0-10V DC, PNP/NPN, IO-Link, PROFIBUS, EtherCAT
  • Supply Voltage: 10-30V DC standard; 24V AC/DC options available
  • Accuracy: Typically ±0.1% to ±1.0% of full scale, depending on sensor type
  • Environmental Rating: IP67 (submersible), IP69K (high-pressure washdown), NEMA 4X
  • Process Connection: G¼, ½" NPT, flange, custom options
  • Electrical Connection: M8, M12 quick-disconnect cables, or conduit entries
  • Media Compatibility: Stainless steel (304/316L) wetted parts standard; specialized materials for harsh/corrosive media
Industries & Applications
Sensors are critical in virtually every sector:
  • Factory Automation: Robotic assembly, packaging lines, material handling
  • Food & Beverage: Fill level detection, packaging integrity, hygiene-critical areas
  • Water/Wastewater: Pump control, chemical dosing, tank level monitoring
  • Oil & Gas: Wellhead monitoring, pipeline pressure, refinery process control
  • Pharmaceutical: Clean-room environmental monitoring, precise ingredient batching
  • Mobile Machinery: Hydraulic system pressure and temperature monitoring
Why Choose Our Sensors?
  • Application Expertise: We don't just sell sensors; we provide solutions. Our technical team helps you select the perfect sensor for your specific challenge.
  • Uncompromising Quality: Built to the highest standards for maximum reliability and the lowest total cost of ownership.
  • Comprehensive Portfolio: From standard inductive proxes to highly specialized analog pressure transmitters.
  • Global Support & Availability: Backed by a worldwide distribution and support network.
Ordering Information
To select the correct sensor, please provide:
  • Parameter to Measure: (e.g., Pressure, Temperature, Position)
  • Measurement Range: (e.g., 0-100 psi, 0-500°C)
  • Required Accuracy: (e.g., ±0.5% FS)
  • Media: (What the sensor will contact? e.g., Hydraulic Oil, Steam, Plastic Pellets)
  • Output Signal Needed: (e.g., 4-20mA, PNP NO, IO-Link)
  • Electrical Connection: (e.g., M12 4-pin, 2m cable)
  • Process Connection: (e.g., G¼ male, ½" NPT female)
Contact our sensor specialists today for a consultation or to request a sample for testing.
Tags: 

Air Compressor Parts,

Atlas Industrial Air Compressor Parts,

Atlas Air Compressor Spares

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