Fork Sensors

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MOQ : 100 Pieces

Fork Sensors Specification

Signal Type
Digital

Interface
M8 or M12 connector or pre-wired cable

Features
Immune to ambient light, compact design, robust brass housing

Wireless
No

Power Consumption
<1.5 W

Cable Length
2 m standard

Sensitivity
Adjustable sensitivity with potentiometer

Sensor Type
Photoelectric Fork Sensor

Mounting Type
Through-hole or surface mount

Measurement Range
10 mm to 220 mm (fork width dependent)

IP Rating
IP67

Operating Temperature
-20C to +60C

Response Time
<0.5 ms

Application
Label detection, edge detection, object counting, automation systems

Product Type
Sensors

Material
Brass

Input
10 to 30 V DC

Output
PNP/NPN, Normally Open or Normally Closed

Function
Detection of objects in fork gap

Usage
Metal Sensing

Accuracy
High precision detection

Resolution
0.1 mm

Voltage
10 to 30 V DC Volt (v)

Weight
50-200 Grams (g)

Fork Sensors Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
Piece

Delivery Time
1 Week

Main Domestic Market
All India

About Fork Sensors

Leveraging on our years of experience, we are engaged in manufacturing, supplying and exporting a wide range of Fork Sensors. Our offered sensors are designed and developed by incorporating latest equipments and technology in order to attain complete customer satisfaction. To meet the international quality standards, these sensors are stringently checked on criterion like high performance. Fork Sensors are extensively used for small parts detection, cap detection on bottles and positioning of a robot arm.

Striking features:

High sensitivity
Longer functional life
Optimum performance
Simple usage

Product details

Size	M18, M30
Cable	2 m
Block Type	C Type
Voltage	10 - 30 V DC
Ambient Temperature	-25 Deg C To 70 Deg C
Max Load Current	50 Amp
Switching Frequency	1.5 KHz

High Precision Sensing for Challenging Applications

Designed for tasks like label detection and object counting, our photoelectric fork sensors provide rapid, accurate detection with adjustable sensitivity. Their immunity to ambient light ensures performance consistency, even in brightly lit environments. The robust brass housing and mechanical resilience mean they are suitable for harsh factory floors.

Reliable Operation and Easy Integration

With a voltage range of 10 to 30 V DC and low power consumption, these sensors offer flexible integration into automation systems. Their compact, vibration-resistant body, combined with IP67 protection, suits industrial use. Standard outputs, quick response times under 0.5 ms, and user-friendly mounting options ensure minimal downtime and fast deployment.

FAQs of Fork Sensors:

Q: How does a fork sensor detect objects within the fork gap?

A: The fork sensor emits a light beam from the infrared or red LED across the gap. When an object interrupts the beam, the sensor detects the obstruction with high precision (0.1 mm resolution) and triggers a digital output.

Q: What are the key benefits of using these fork sensors in automation systems?

A: Major benefits include high-speed detection (up to 10 kHz), robust mechanical protection (vibration and shock resistance), immunity to ambient light, easy installation, and consistently accurate results for applications like label detection, edge sensing, and counting.

Q: When should you choose a fork sensor with brass housing and IP67 rating?

A: Select sensors with brass housing and IP67 rating for environments that demand mechanical durability, resistance to dust/water, or exposure to vibrationsas commonly found in automated manufacturing or packaging lines.

Q: Where can these fork sensors be installed for best performance?

A: These sensors can be mounted via through-hole or surface mounting near conveyor belts, labeling stations, or material edges. The compact housing and 2 m cable length provide installation flexibility and minimize space constraints.

Q: What process adjustments can be made using the potentiometer on the sensor?

A: The potentiometer allows users to fine-tune the sensitivity, optimizing detection for various target sizes or colors. This capability ensures reliable operation across different application requirements.

Q: How do the output options enhance sensor compatibility with industrial systems?

A: Offering PNP/NPN, normally open or closed configurations means these sensors can easily interface with various control systems, PLCs, or automation equipment found in industrial settings.

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