Peripherals AND AD-1683

Peripherals AND AD-1683

The Peripherals AND AD-1683 is an advanced ionizing device engineered to neutralize static electricity with high efficiency and safety. Designed for seamless integration into sensitive production environments, it delivers stable ion output without requiring high-voltage wiring, making installation both safe and simple.

Unlike conventional AC or PULSE-DC systems, the AD-1683 utilizes a DUAL-DC corona discharge method, ensuring highly stable surface potentials and minimal risk of reverse charging. This static eliminator is optimized for use in narrow or hard-to-reach areas, and its long ion irradiation distance allows for flexible positioning without loss of performance.

Whether you’re working with high-speed machinery or static-prone materials, the AD-1683 ensures consistent and safe static elimination without compromising on environmental safety or operator protection.

Technical Specifications

• Static Elimination Method: DUAL-DC corona discharge

• Electrode Type: Tungsten emitter

• Operating Environment: -5°C to +40°C, 35% to 85% RH (non-condensing)

• Power Requirements: 100–240 VAC, 50/60 Hz

Key Features

• Easy and safe installation—no high-voltage wiring required

• DUAL-DC technology delivers strong ion output for fast-moving or highly charged workpieces

• Balanced ion polarity minimizes the risk of reverse charge accumulation

• Effective on all objects regardless of charge polarity or potential

• Ideal for compact or distant installation points due to extended ion irradiation reach

• High ion generation efficiency keeps ozone production at minimal levels

• Built-in current limiting circuit reduces risk of electric shock at the electrode

• Eliminates static consistently without surface potential fluctuations typical of PULSE-DC systems

Applications

• Ideal for high-speed production lines handling plastic films, electronic components, or packaging materials

• Suitable for use in cleanrooms, precision manufacturing, and automated assembly stations

• Excellent for neutralizing static in tight enclosures or on moving parts where manual access is limited

• Enhances product quality and safety by reducing the risk of dust attraction, product misalignment, or electrostatic discharge