HomeShopAutomation SystemsStatic Control DevicesSJ-M070C Keyence High-Performance Micro Static Eliminators

Keyence SJ-M070C [urunkategori] - industify.com

SJ-M070C Keyence High-Performance Micro Static Eliminators

Name: SJ-M070C Keyence High-Performance Micro Static Eliminators | Industify
Brand: Keyence
Price: 1.00 USD
Availability: InStock
Rating: 4.00 (1 reviews)

Rated 4.00 out of 5 based on 1 customer rating

(1 customer review)

Add to wishlist Add to compare

Categories: Automation Systems, Static Control Devices, Static Eliminators / Ionizers Tag: Static Eliminators / Ionizers

Product information

Model	SJ-M070C
Type	Head
Voltage application method / Applied voltage	Pulse AC method
Applied voltage	±5.5 kV
Rated output voltage	±6 kV
Ion balance control method	I.C.C. method
Ion balance	±30 V*1
Supply pressure range	0.2 MPa max.
Control input	Non-voltage input
Control Output	100 mA max. (40 V max.), NPN open-collector
Effective length	324 mm 12.76"*2
Total length	380 mm 14.96"*3
Rating	24 VDC ±10%, 450 mA max.
Environmental resistance	0 to +40°C 32 to +104°F, 35 to 65%RH (no condensation)
Weight	Approx. 720 g
Brand	Keyence

Description

Description

Keyence High-Performance Micro Static Eliminators

Experience efficient static elimination with the Keyence High-Performance Micro Static Eliminators. These devices provide a reliable solution to eliminate static electricity effectively, ensuring a smooth production process without interference or damage caused by static charges.

Ensure consistent output with the ion balance control method, maintaining a stable environment for operations.
Benefit from the user-friendly control input and output options, allowing for seamless integration and operation within existing systems.
With a compact design and versatile voltage application method, these static eliminators can be easily incorporated into various settings for optimal performance.

Enhance your workplace with the Keyence High-Performance Micro Static Eliminators, ensuring a reliable solution for static elimination in diverse industrial environments with precision and effectiveness.