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settings being tampered with by
unauthorized personnel.  

The unit is normally mounted
approximately 24" directly over the
area that is to be neutralized. Its decay
time (neutralization efficiency) will be
best approximately 12" away from the
bottom of the unit and will drop off as
the distance from the unit increases. 

Figure 2. Area of optimum charge
neutralization

The Eliminator Plus has a switchable
power inlet which allows its use with
either 120 or 220 VAC. The unit also 

PS-2063

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Overhead Ionizer
Installation, Operation, and Maintenance

Figure 1. Model 43405 Eliminator Plus Overhead Ionizer

Description

The ESD Systems model 43405
Eliminator overhead ionizer is a self-
contained, ready-to-use unit designed
to neutralize electrostatic charges at
the workstation. The unique design of
this ionizer allows it to provide a more
consistent and wider coverage area
than most bench mounted ionizers.
The overhead ionizer utilizes 3
separate fans across its length, which
provide rapid neutralization without
causing solderability problems or
operator discomfort. Since the
overhead ionizer mounts above the
work area it does not consume
valuable work bench space. Emitter
needles are contained within the
ionizer’s housing, eliminating any
possibility of user shock. 

The Eliminator Plus also includes a
unique operator lockout key that 
eliminates the risk of the ionizer’s 

incorporates a universal IEC-type
connector and cord set.

Installation

Before installing the overhead ionizer,
remove any packaging materials that
may have been used during shipping.

Figure 3 shows alternate mounting
positions relative to the bench top.
Mounting may be accomplished by
brackets from shelving, vertical
uprights, lights or with chains hung
from the ceiling. Ensure that air flow
is not impeded by the method used.

Figure 3. Mounting alternatives relative
to the bench top

Mounting Suggestions

Mounting the ionizer is facilitated by
five 1/4" - 20 threaded holes on each
end and universal brackets supplied
with the unit. To avoid a potential
shock hazard, be sure that fasteners do
not extend more than 1/2" into unit. 

Figure 4. 1/4”-20 threaded mounting
holes

Tech Brief

ESD S

SYSTEMS

PLASTIC S

SYSTEMS

24 IN.

24 IN.

48 IN.

OPTIMUM

PERFORMANCE ZONE

Summary of Contents for Eliminator Plus

Page 1: ...out causing solderability problems or operator discomfort Since the overhead ionizer mounts above the work area it does not consume valuable work bench space Emitter needles are contained within the ionizer s housing eliminating any possibility of user shock The Eliminator Plus also includes a unique operator lockout key that eliminates the risk of the ionizer s incorporates a universal IEC type c...

Page 2: ...tted opening on the IEC connector Press down and gently pry out the fuse holder from the IEC connector See figure 5 Figure 5 Opening the fuse voltage selector assembly 3 The proper operating voltage will be indicated on the fuse holder assembly To change the operating voltage to 220 VAC slide out the small circuit board voltage indicator Flip the circuit board assembly over and re insert it into t...

Page 3: ...e up arrow button and is decreased by the down arrow button E AIRFLOW DISPLAY The airflow display provides a visual indication of the relative fan speed that has been selected Maintenance Under normal conditions the ionizer will attract dirt and dust especially on the emitters and fan guards To maintain optimum performance cleaning must be done on a regular basis The frequency of cleaning will dep...

Page 4: ...ounting Five each 1 4 20 threaded holes on each end Theory of Operation Figure 13 Location of emitters and sensors The system employs pulse width modulated bipolar D C ionization with closed loop monitoring on each fan output maintaining proper balance under varying conditions Three sets CONTROL STATUS PANEL SENSOR FAN GRILL 2 SETS OF INTERNAL EMITTERS PER FAN ESD Association Norstar Building 200 ...

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