DESCO 60503 Chargebuster Plus Single Fan Ionizer Instruction Manual
- June 13, 2024
- DESCO
Table of Contents
- DESCO 60503 Chargebuster Plus Single Fan Ionizer
- Description
- Features and Components
- Installation
- Terminal Block Setup
- Maintenance
- Cleaning the Enclosure
- Cleaning the Emitter Points
- Calibration
- Specifications
- Neutralization (Discharge) Times
- Safety Precautions
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
DESCO 60503 Chargebuster Plus Single Fan Ionizer
Specifications
- Product: Chargebuster Plus Single-fan Ionizer
- Operation: Steady-state DC
- Power Supply: North America Power Adapter
- Components: Ionizer, Ground Wire, Power Adapter, North America Power Cord, Certificate of Calibration
Installation:
Hardware Setup
- Place the ionizer in a location with unrestricted airflow, leaving at least 4 inches of space on all sides.
- Use tilt lock knobs to aim the ionizer at the target area.
- Ensure the power switch is OFF before connecting the power cord to an AC power source..
Maintenance
Refer to the indicator lights and corresponding actions for maintenance needs.
Adjust ion balance dial as needed.
FAQ:
Q: What should I do if the indicator light blinks red once every 1.6
seconds?
A: This indicates that maintenance is needed or the ion balance dial is not
set to 0V. Adjust the ion balance dial accordingly.
Chargebuster Plus Single-fan Ionizer Installation, Operation, and Maintenance
Figure 1. Desco Chargebuster Plus Single-fan Ionizer
Description
The Desco 60503 Chargebuster Plus Single-fan Ionizer is used for neutralizing
electrostatic charges on insulators and ungrounded conductors. Its fast
discharge times (< 1 second at 12 inches) and ±10 volt offset voltage exceed
the required limits of ANSI/ESD S20.20 and ESD TR53. The 60503 Chargebuster
Plus Single-fan Ionizer monitors its offset voltage (balance), and it alarms
when emitter cleaning is required. A built-in automatic emitter point cleaner
periodically brushes away dust and minimizes maintenance. The Chargebuster
Plus Single-fan Ionizer features a powder coated steel enclosure, multi-mount
stand, and terminal block with alarm output for machine integration.
The Chargebuster Plus Single-fan Ionizer operates on Steady-state DC. Steady-
state DC systems consist of separate negative and positive ion emitters
connected by a pair of high-voltage cables to their respective high-voltage
power supplies. DC power is constantly applied to the emitter points. The
ionizer utilizes sampling from its inner fan grill to continuously adjust the
output and maintain its offset voltage.
“The primary method of static charge control is direct connection to ground
for conductors, static dissipative materials, and personnel. A complete static
control program must also deal with isolated conductors
that cannot be grounded, insulating materials (e.g., most common plastics),
and moving personnel who cannot use wrist or heel straps or ESD control
flooring and footwear. Air ionization is not a replacement for grounding
methods. It is one component of a complete static control program. Ionizers
are used when it is not possible to properly ground everything and as backup
to other static control methods. In clean rooms, air ionization may be one of
the few methods of static control available.” [ESD Handbook ESD TR20.20
Ionization, section 5.3.6.1 Introduction and Purpose / General Information]
The Chargebuster Plus Single-fan Ionizer and its accessories are available as the following item numbers:
Item | Description |
---|
60503| Chargebuster Plus Single-fan Ionizer with North America Power
Adapter
60504| Replacement North America Power Adapter
60466| Ionizer Boom Arm
Packaging
- 1 Chargebuster Plus Single-fan Ionizer 1 Ground Wire
- 1 Power Adapter
- 1 North America Power Cord
- 1 Certificate of Calibration
Features and Components
Figure 2. Chargebuster Plus Single- fan Ionizer features and components
- A. Power Switch: Powers the ionizer ON and OFF.
- B. Ion Balance Dial: Use a flat-blade screwdriver to rotate the dial clockwise to change the ion balance in the positive direction and counterclockwise to change the ion balance in the negative direction.
- C. Status LED: Provides 6 different indications. See the table below.
Indicator | Status |
---|---|
Green | Normal operation |
Blinking orange once per 1.6 seconds | Maintenance needed or ion balance dial |
is not set to 0V
Blinking red once per
1.6 seconds
| Fan does not rotate
Blinking red twice per
1.6 seconds
| High-voltage module failure
Blinking red three times per 1.6 seconds| Ion balance out of control
Blinking red four times per 1.6 seconds| Drive failure in emitter point
cleaner
- D. Fan Speed Dial: Use a Phillips-head screwdriver to rotate the dial clockwise to increase the fan speed or counterclockwise to decrease the fan speed.
- E. Terminal Block: Wires to external power provided by a machine and outputs an alarm signal. See “Terminal Block Setup” on page 3 for more information.
- F. Power Inlet: Connect the included power adapter here.
Installation
Hardware Setup
Place the Chargebuster Plus Single-fan Ionizer at a desired location where the
airflow will not be restricted. Ensure a space of at least 4 inches (10 cm) at
the rear and on both sides of the ionizer to provide sufficient airflow. Use
the tilt lock knobs to aim the ionizer at the area to be neutralized. Ensure
that the power switch is set to OFF. Connect the ionizer’s power cord into an
appropriate AC power source.
Note that placement of the ionizer is important in determining its
effectiveness. The distance from the targeted object and fan speed affect the
ionizer’s performance. The discharge time will increase as the distance
increases or fan speed is reduced.
Terminal Block Setup
Use insulated wires in 18-24 AWG size for wiring to the terminal block.
Figure 3. Terminal block
Terminals 1 and 2 are for power input from a 24 VDC supply when not using the
included power adapter.
Terminals 3 and 4 are for alarm output. They are used for open collector
output (up to 30 V and 100 mA). Current flows between terminals 3 and 4 (GND)
on the terminal block when an alarm is output.
Terminals 5 and 6 control the timing of the emitter point cleaner. When multiple units are fed from the same power supply, the rated power of the supply may become insufficient if cleaning occurs simultaneously.
To avoid this situation
- Prepare a power supply that can provide the total power needed for simultaneous cleaning. Terminals 5 and 6 are not used in this case.
- Make connections between the terminal blocks on multiple units to avoid a peak of power consumption at one time by allowing cleaning to occur in sequence. See below.
Connect the ionizers as shown below. This will make Unit I work as a master and Units II, III, and IV as slaves so that the four sets of emitter points are cleaned one after the other.
Terminal 7 is for grounding the ionizer. Grounding is required when using the terminal block to power the ionizer instead of the included power adapter.
Operation
- Position the ionizer so that maximum airflow is directed towards the items or area to be neutralized.
- Rock the power switch to the ON position. The status LED will illuminate green during normal operation.
- Set the fan speed dial to the desired setting. Higher airflow will result in faster discharge times.
Maintenance
Occasional cleaning of the case and of the ionizing electrodes are the only routine maintenance procedures required.
Cleaning the Enclosure
Wipe the enclosure with a soft cloth moistened with water. If a stronger cleaning solution is required, mild soap with water may be used. The use of any other cleaning solutions is not recommended.
Cleaning the Emitter Points
CAUTION: Disconnect the power to the ionizer whenever cleaning the emitter
points.
When the emitter points become dirty, the internal circuitry of the ionizer
will be automatically adjusted to emit an equal amount of positive and
negative ions. The automated brushes will keep the emitter points clean by
brushing them 8 times per cleaning cycle. The cycle runs hourly. Particulates
on the emitter point may, however, inhibit ionization to a limited degree. The
emitter points are located behind the front grills. A jet of clean, compressed
air can be used to remove dirt on emitter points. If a more rigorous cleaning
method is needed to remove particulate, clean the points with the Desco 60506
Emitter Point Cleaner a cotton swab dampened with isopropyl alcohol. Access to
the points is available through the front grill. Be careful not to damage the
points during cleaning.
Calibration
The Desco Chargebuster Plus Single-fan Ionizer is factory adjusted to provide
optimum performance. Further adjustment in the field is not possible. However,
the following instructions can be followed to determine whether the Ionizer is
performing to specifications. The testing follows the procedure outlined in
the standard for Ionization, ANSI/ESD STM3.1. Please refer to this standard
for more complete information.
Frequency of recalibration should be based on the critical nature of those ESD
sensitive items handled and the risk of failure for the ESD protective
equipment and materials. In general, Desco recommends that calibration be
performed annually.
Periodically measure the balance and neutralization times of the ionizer to verify that it is performing within specifications. These measurements should be taken using a charged plate monitor. Calibration should be performed in accordance with the ESD Association ionization standard ANSI/ESD STM3.1. With the ionizer positioned a distance of 12 inches (30 cm), the neutralization (discharge) time of ±1000V to ±100V should be less than 1.5 seconds, and the balance should be ±10V or better.
Specifications
Neutralization (Discharge) Times
The comparative efficiency of bench top ionizers is determined by a standard
test published by the ESD Association: ANSI/ESD STM3.1. Typical positive and
negative decay times (±1000V to ±100V) measured using this standard are shown
in Figure 9.
NOTE: All discharge times are in seconds and representative only. They are not
a guarantee. The discharge times were recorded in a factory ambient
environment.
Figure 9. Neutralization (discharge) times in seconds
Safety Precautions
WARNING
- Never attempt to disassemble or modify the unit, or alter or repair circuits, as the unit contains components that generate high voltage. Do not directly touch the inside of the machine, including the electrode needles. Doing so may result in severe or fatal injury due to the hazardous high voltage generated internally, or cause a fire or malfunction of the unit.
- The unit does not incorporate explosion-proof specifications. Never attempt to use it in a place where there are flammable or volatile gases. Doing so may ignite the gases and cause an explosion.
CAUTION
- When doing electrode needle maintenance, be sure to remove the sheathed wire (routed from an external power supply) from the unit or disconnect the AC adapter plug from the outlet. Do not connect or disconnect the power plug with wet hands as doing so puts you at risk of electrical shock or injury.
- Do not insert fingers into the front louver or moving parts of the unit as there is a risk of injury.
- The unit is designed to be used with DC 24V or the dedicated AC adapter. Do not use it with incorrect voltage as that may cause a failure.
- Be sure to ground the GND terminal on the external terminal block through a ground cable. Failure to do so may result in electrical shock.
- Do not use terminal 1 to power the ionizer when using the external power adapter.
- Use the unit for the purpose of electrostatic elimination only.
- Do not use the unit in a closed room for a long period of time. If it is used in a closed room, be sure to periodically ventilate the room. The unit emits a small amount of ozone. Prolonged use in a hermetically sealed space will increase ozone density, which is harmful to the human body.
- In order to prevent accidents, if any of the following problems occur, turn OFF the switch and remove the sheathed wire (routed from an external power supply) from the unit or disconnect the AC adapter plug from the outlet. Be sure to contact Desco customer service to request inspection and repair. Repairing the product yourself is dangerous. Never attempt to do so.
- The fan sometimes does not rotate when the switch is turned ON.
- The fan rotates in an abnormally slow or irregular manner.
- The fan rotates but makes abnormal noises.
- The unit becomes abnormally hot or you smell a burning odor.
- Any other abnormality or malfunction occurs.
Limited Warranty, Warranty Exclusions, Limit of Liability and RMA Request
Instructions
See the Desco Warranty –
Desco.com/Limited-Warranty.aspx