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मैकेनिकल लाइफ
>30 Million Operations

मैक्स। मौज़ूदा
200mA

रेटेड वोल्टेज
10-30V DC

ऑटोमेशन ग्रेड
Industrial

फ़िनिश टाइप
Nickel Plated

सुरक्षा स्तर
IP67

मॉड्यूल की संख्या
Single

सर्किट टाइप
PNP/NPN Available

तापमान सीमा
-25°C to +70°C

रिस्पांस टाइम
<1ms

प्रॉडक्ट टाइप
Inductive Proximity Switch

मटेरियल
Stainless Steel/Brass, Nickel Plated

इन्सुलेशन प्रतिरोध
≥100MΩ (at 500VDC)

संपर्क प्रतिरोध
≤100mΩ

मैक्स। वोल्टेज
30V DC

परिचालन तापमान
-25°C to +70°C

उकसाना
Non-contact sensing

साइज
M8 (Thread Diameter 8mm)

रंग
Metallic, Black Sensor Head

वज़न
Approx. 40g

माउंटिंग टाइप
Flush/Non-Flush

मौज़ूदा रेटिंग
200mA

ध्रुवों की संख्या
4 Pin

मुख्य घरेलू बाज़ार
ऑल इंडिया

We are Manufacturer, Supplier, Exporter of Inductive Proximity Switches - M8-4pin-DC and our setup is situated in Pimpri Chinchwad near Pune, Maharashtra, India.

Specification

Diameter	M8
Flush Switching Distance	1mm	2mm	3mm
non-Flush Switching Distance	2mm	4mm	6mm
Housing Material	Stainless steel/Brass
With LED Without LED
Max Load Current	250mA
Supply Voltage	10-30 Volt DC
Switching Frequency	1KHz
Response Time	0.1ms/0.1ms
Protecting category	IP67
Operating Temperature	-25 degree C- +70 degree C
Short Circuit Protection	Yes
Connecting Type	2mtrs,3core pvc cable
DC 3 wire 10-30V NPN N.O.	STI- M8NO- 1.5/2
DC 3 wire 10-30V NPN N.C.	STI- M8NC- 1.5/2
DC 3 wire 10-30V PNP N.O.	STI- M8PO- 1.5/2
DC 3 wire 10-30V PNP N.C.	STI- M8PC- 1.5/2

Durable and Reliable Performance

Crafted with nickel-plated brass and engineered for resilience, these inductive proximity switches offer high mechanical life exceeding 30 million operations. They are built to withstand vibrations, shocks, moisture, and dust, thanks to IP67 sealing and robust housing. Their integrated polarity and short-circuit protection further enhance operational safety and reliability in industrial automation.

Versatile Industrial Application

Designed to meet diverse installation requirements, the M8-4pin-DC switches are available in both flush and non-flush mounting types. Their compact size (8mm thread diameter), long cable options, and compatibility with a broad voltage range (10-30V DC) make them suitable for various automation systems in manufacturing, packaging, and robotics sectors throughout India.

FAQs of Inductive Proximity Switches - M8-4pin-DC:

Q: How does the Inductive Proximity Switch (M8-4pin-DC) detect objects?

A: This switch senses the presence of metallic objects by generating an electromagnetic field at its sensor head. When a metal object enters the sensing range (2mm to 4mm typical), the field is disturbed, causing the switch to trigger its transistor output.

Q: What benefits does the nickel-plated brass housing provide?

A: Nickel-plated brass ensures excellent durability, corrosion resistance, and mechanical protection, extending the sensors life and ensuring reliable function in harsh industrial environments.

Q: When is it suitable to use flush or non-flush mounting types?

A: Flush mounting allows the sensor to be embedded within metallic surfaces for applications requiring space-saving installation, while non-flush mounting offers increased sensing distance, suitable for setups where objects approach from various angles.

Q: Where can these inductive proximity switches be installed?

A: These switches are ideal for use in industrial automation lines, machinery safety setups, conveyor systems, and robotics, especially in environments subject to vibration, moisture, and dust.

Q: What process ensures connection and operation safety?

A: The 4-pin M8 connector facilitates easy integration, while built-in polarity and short-circuit protection safeguard both the switch and connected devices, ensuring stable and secure operation.

Q: How does the LED indicator support usage?

A: The integrated LED provides clear visual feedback on the sensors status and switching operation, allowing quick diagnostics during installation and maintenance.

Q: What is the maximum current and voltage rating for this product?

A: The sensor supports a maximum operating current of 200mA and operates within a voltage range of 10-30V DC, suitable for most industrial control systems.

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