Static Charging and Elimination
Instead of Simco CM60 Chargemaste 60KV Charging Generator-DC506(Case type)
Instead of simco CM60 Chargemaste DC506 (Case type) 60KV Charging Generator Introduce DC506 case type charging generator is a kind of static application equipment. The static charging generator is composed of a static emitter (bar) and a DC high voltage power supply. For DC high voltage power supply, provide plasma launcher(bar) of negative (or positive) high voltage, to emit negative ions (or positive ions) and then add electronic charge(artificial charge) on an object
20KV Charging Generator- DC302
20KV Charging Generator- DC302 Technical Specifications Model DC302 DC303 Input Voltage 100V~240VAC 100V~240VAC Output Voltage 0-20kv Adjustable 0-30kv Adjustable Max Output Current 5mA 5mA Max Output Power 100W 150W Output Polarity - Negative/+ Positive - Negative/+ Positive Working Temperature -15℃~50℃ -15℃~50℃ Output Stability Max Load 1% Max Load 1% Output 20KV*2 30KV*2 Size 213*154*74mm 213*154*74mm Weight 2.2kg 2.2kg Installation and Fixation Install the host in the
Static Charging Bar - DCB Series
Static charging bar - DCB Series Working Principle When an object with a static close to another non-static object, due to electrostatic induction, non-static object inside which is close to static object will gather the opposite charges relative to the charges of static object (the other side to carry produce the same number of same polarity charge), it will show "electrostatic adsorption" phenomenon because that opposite charges attract each other. Size Static charging bar
Instead of Simco CM30 Chargemaster 30KV Charging Generator - DC503 (Case type)
Instead of simco CM30 Chargemaster DC503 (Case type) 30KV Charging Generator Introduce DC506 case type charging generator is a kind of static application equipment. The static charging generator is composed of a static emitter (bar) and a DC high voltage power supply. For DC high voltage power supply, provide plasma launcher(bar) of negative (or positive) high voltage, to emit negative ions (or positive ions) and then add electronic charge(artificial charge) on an object