Hisco #:ACL-450B-95
MFG #:ACL-450B
Item must be ordered in multiples of 1
The ACL Staticide ACL-450B is ideal for identifying the origin of electrostatic charges in environments prone to static, especially ionized settings, the ACL 450B stands out. Its chopper-stabilized circuitry ensures immunity to ionizer-induced interference, setting it apart from other field meters. This portable device is invaluable for conducting static surveys and assessing charge buildup in electronic manufacturing.
ACL Staticide ACL-450B Features:- Applicable in industrial operations such as converting, printing, packaging, and plastics processing.
- Perfect to use in electronic component production and assembly areas, textiles, packaging, engineering labs, and printing.
- Brand: ACL
- Product Type: Electrostatic Field Meters & Static Locators
- Digital 3 1/2-digit LCD
- Uses standard 9-volt
- Test range at 1" away from target: 0 ± 20,000v in 100v increments
- Chopper stabilized
- Pulsating bull's eye indicator
- Made in the USA
Product Description
The ACL Staticide ACL-450B is ideal for identifying the origin of electrostatic charges in environments prone to static, especially ionized settings, the ACL 450B stands out. Its chopper-stabilized circuitry ensures immunity to ionizer-induced interference, setting it apart from other field meters. This portable device is invaluable for conducting static surveys and assessing charge buildup in electronic manufacturing.
ACL Staticide ACL-450B Features:- Applicable in industrial operations such as converting, printing, packaging, and plastics processing.
- Perfect to use in electronic component production and assembly areas, textiles, packaging, engineering labs, and printing.
- Brand: ACL
- Product Type: Electrostatic Field Meters & Static Locators
- Digital 3 1/2-digit LCD
- Uses standard 9-volt
- Test range at 1" away from target: 0 ± 20,000v in 100v increments
- Chopper stabilized
- Pulsating bull's eye indicator
- Made in the USA
Technical Information
Additional Resources
Item must be ordered in multiples of 1