OnFILTER CleanSweep Manuel utilisateur

CleanSweep®

AC Power Line

EMI Filters

User’s Guide

Filter Care

Normally, filter requires no maintenance and no calibration. It is recommended, though, to

periodically inspect filter for overheating and to clean its surface with dry cloth.

During its normal operation filter may have elevated temperature which would feel “warm” to

the touch, but not what is considered “hot.” If the filter does feels “hot” to the touch (more

than 700C or 1580F), turn off equipment that is powered via the filter immediately. First,

verify that the total current load does not exceed filter’s maximum rating. Keep in mind that

sometimes power rating of equipment is “typical” rather than “maximum” - it is prudent to

load filter to no more than 75% of its capacity to accommodate for such situations. Then, check

if the heat dissipation of the filter is obstructed by improper installations such as objects

placed on its top or lack of space around it for proper ventilation, or its placement in small

confined space. If such problem is identified, correct it, let the filter cool down and turn

equipment back on. Check within 30 minutes and then within an hour the temperature of the

filter. If the filter still feels “hot” to the touch, turn your equipment off, disconnect filter from

the circuit and discontinue using it. For warranty or other repair contact factory or its author-

ized distributors.

CleanSweep® power line filters do not contain any components that may deteriorate under

normal use. If you wish to verify the proper operation of the filter use power line EMI Adapters,

such as MSN01 or MSN12 (shown on page 6) and oscilloscope to measure high-frequency

noise before and after the filter.

Life Critical Applications

OnFILTER products shall not be used in life critical applications. While OnFILTER believes it

designs and manufactures very reliable products, many of the vendors that OnFILTER sources

components from do not recommend or endorse the use of their products in life critical appli-

cations. By extension, OnFILTER must adhere to the same business policy.

Disclaimer

OnFILTER products are not designed, intended, authorized, tested, or listed for use in systems

intended to support or sustain life, or for any other application in which the failure of an

OnFILTER product could create a situation where personal injury or death may occur. Should

Buyer purchase or use OnFILTER products for any such unintended or unauthorized application,

Buyer shall indemnify and hold OnFILTER and its officers, employees, subsidiaries, affiliates,

agents and distributors harmless against all claims, costs, damages and expenses, and

reasonable attorney fees arising out of, directly or indirectly, any claim or personal injury or

death associated with such unintended or unauthorized use, even if such claim alleges that

Included:

Axxxxxxx Filter 1 ea.

Power Cord 1 ea.

(except models with

terminal blocks)

This User’s Guide 1 ea.

OnFILTER, Inc.

730 Mission Dr. Ste. 102

Santa Cruz, CA 95060

U.S.A.

Tel. +1.831.824.4052

FAX +1.206.350.7458

www.onfilter.com

in-

PUB03009

All specifications are subject to change without notice. Patent Pending. Made in U.S.A.

www.onfilter.com

Thank you for buying CleanSweep® filter!

Your new CleanSweep®power line filter will provide your sensitive equipment with AC power free

from electromagnetic interference (EMI) and power line transients. Such artifacts on power lines

and ground cause numerous equipment malfunctions, including lock-up, erratic response,

software errors, and other often “unexplained” behavior. Excessive noise can also cause

damage to sensitive components via induced electrical overstress (EOS). For more details on

this subject please visit Library section on our web site www.onfilter.com.

Safety First!

CleanSweep®filters operate with high voltage that may cause property damage, injury and

death. Always observe safety measures when using power line filters. Here are some of the key

safety precautions you should take:

WARNING

 Do not exceed filter’s maximum rating - it may cause overheating

 Do not place anything on top of filter during its operation to avoid overheating

 Use filter after the fuse of no more than specified max. rating

 Use only with the power cord supplied by manufacturer

 This filter is not for household use

 Filter must be plugged into a properly wired grounding type outlet

 No serviceable parts inside - do not open. High voltage is present inside.

Brief Summary

CleanSweep® EMI filters reduce noise on power lines providing clean power to your equipment.

High levels of noise (also called conducted ElectroMagnetic Interference - EMI) interferes with

normal operation of electronic equipment and can cause physical component damage inside the

equipment. Noise on power lines is common in industrial and office environment and the only

practical way to deal with it is by using properly-designed filters. OnFILTER’ CleanSweep®EMI

filters are designed to effectively suppress noise and short surges on power lines and ground in

real-life environment.

Installation

Proper placement of the filter helps to assure its continuous operation for a long time. Please

follow these requirements for installation:

 Place filter horizontally with its label facing up

 Install filter in a dry location away from debris and from the possibility of spillage, including

from floor cleaning

 Ambient temperature at the place of installation should not exceed the range of 50…400C

 Install filter away from traffic where it does not interfere with movement of personnel and

machinery.

 Install filter close to your equipment

 Do not install filter in small confined spaces with restricted air circulation in order to avoid

overheating. Allow at least 15cm (6") on each side for proper ventilation

Specicaon

Performance of CleanSweep®EMI filters slightly varies from model to model. For the specifics

please visit our web site. Below are typical performance data for the filters.

Types of Noise Suppression

 Differential

 Common Mode

 Ground (for most models)

All performance parameters are measured in 1/100 Ohms setup as it closely resembles real-life

environment.

Pulse Attenuation (typical):

Differential: 24dB

Common Mode: 20dB

Leakage Current

Standard models <3.5mA

Medical version <0.5mA

Power Indication LED

Typical Transient Performance Typical Power Surge Aenuaon

-20

100

120

10 100 1000 10000

Frequency, kHz

CleanSweep® Filter AFN515FG

Attenuation in 1/100 Ohms Termination, dB

Differential Mode Common Mode Industry Typical

Typical Frequency Domain Aenuaon

www.onfilter.com

Filter Applicaons

Achieving the Most Results from Your Filter

There are two basic ways to place EMI filters for the best results:

 To isolate strongest noise sources

 To protect EMI-sensitive equipment

Noise on power lines can be generated by equipment anywhere

in the facility, which makes it very difficult, if not practically im-

possible, to identify a specific source of noise. It is possible,

though, with proper instruments, such as OnFILTER’ EMI Adapter

MSN12 (pictured to the right) and an oscilloscope, to identify

the most likely noise polluters.

The most effect can be achieved by identifying the most sensitive

equipment in your facility and powering this equipment through

the CleanSweep® filters. It is also beneficial, once you know

which equipment generates the most noise, to place this equip-

ment behind its own filter as well since CleanSweep® filters sup-

press noise in both directions.

Try to place the filter as close to the equipment it will be protect-

ing as possible - this will reduce influence of radiated noise on

the cables after the filter.

Mulple Load and Filter

When using more than one equipment plugged into the filter’ output, keep in mind that:

 Total current consumption shall never exceed maximum filter rating, and

 There is no filtering between the loads at the output of the filter

The latter is illustrated in the figure to the right. As seen,

the noise from one equipment easily propagates between

equipment connected to the output of the filter. In short,

if you want to protect a particular piece of equipment

from noise, do not connect any other equipment to the

output of the same filter. For example, if you want to

protect your measurement instrument from transient

signals from commutation of a nearby tool, connect your

instrument after the filter while keeping other equipment

plugged in before the filter.

 Do not put any objects on the top of the filter in order to allow for its normal cooling

 Do not install filter in a cluttered situation where it is difficult to observe the filter and to

reach it for a periodic check

 Preferably, install filter so that you are be able to see its power LED from a distance

Connecons

The OnFILTER’ CleanSweep®EMI filters come in three basic configurations: with detachable pow-

er cable; with attached power cable; and with terminal blocks.

WARNING

 Before attempting any electrical connection, verify that your power source, such as

electrical outlet or junction box, is correctly wired and properly grounded.

 Do not use the filter without proper grounding! Failure to properly ground the filter may

result in failure to ground your equipment, in unsafe situation that can cause property dam-

age and injury, as well as failure of the filter to perform.

Filters with Power Cable

WARNING

Use only the power cable supplied with the filter. Other cables that may look very similar to the

one supplied may not have the same voltage/current ratings.

The power cable supplied with the filter has the same type of plug as the outlet on the filter

itself. This simplifies connection of the filter in your facility.

Follow the steps below:

 Power down and unplug your equipment

 Place filter in the location where it will reside. See above section on location of the filter

 If the filter comes with the detachable power cable, connect the cable to the inlet of the

filter

 Plug the filter’s cable into the power outlet where your equipment was plugged before. The

green LED on the filter should light up indicating that it receives the power

 Plug your equipment into the outlet of the filter and turn it on

OnFILTER’ MSN12 Power

Line EMI Adapter

www.onfilter.com

Filters with Terminal Blocks

WARNING

This connection requires help of a qualified electrician –if you are not the one, do not attempt

this connection by yourself!

This section is for equipment that is hard-wired to your facility’ power lines. Extreme caution

must be exercised in installation. For connecting wires to the filter you will need wire

strippers and a slot (blade) screwdriver (size depends on

the type of the filter). Plus, you may need other tools

and supplies to connect wires from the filter to your

junction box.

Connecting filter would require additional wires –prepare

adequate lengths of wire of appropriate gauge and

rating. See table below for recommendations on minimum

wire gauge.

Hard-wired equipment may have all of its wires looking the same. Before proceeding any fur-

ther, properly identify every wire in your current connection. Wrong connection can provide live

voltage to ground, swap phase and neutral or reverse the phases –all of this can cause death,

injury and/or severe equipment damage. Prepare labels for every wire of your existing connec-

tion between your equipment and the junction box. Labels should indicate phase, neutral and

ground

 Disable power to the junction box, typically by turning off the circuit breaker in your

facility. Verify with proper voltmeter that there is no voltage on the connections

 Apply prepared labels to the appropriate wires

 Take a photo of the junction box with connection before disconnecting the wires, or draw a

detailed sketch –you will thank yourself for this later

 Disconnect wires between your equipment and the junction box

 If your equipment is grounded separately from the junction box, disconnect equipment

ground from your facility ground

 Place filter in the location where it will reside.

 Connect ground wire from your equipment to the output ground terminal of the filter

 Strip ~10mm (0.4") of insulation from the ends of the wires for connection to the filter.

 Connect the rest of the wires from your equipment to the appropriate terminals at the

output of the filter.

 Connect wires to the input terminals of the filter. Tighten connections using screwdriver.

Do not over-tighten the screws.

 Label these wires according to the connection of the equipment

 Connect other ends of the wires to the appropriate terminals/wires in your junction box.

Refer to your previously-made photo or sketch. Provide necessary insulation to the

newly-made contacts if necessary

Max. Current Rating, A 3 10 15 20 30

Wire Gage (AWG) 18 16 14 12 10

Wire Diameter, mm 1.0 1.3 1.6 2.0 2.5

 Verify with a multimeter that there are no shorts (use test contacts/screw heads on the

terminal block)

 Turn on the circuit breaker in the junction box. The LED on the filter should now be “on.”

 Turn on your equipment

Filters with Mounng Flanges

Some models of CleanSweep®filters are equipped with mounting

flanges. The metal enclosure of the filter is electrically connected

to the ground terminal of the filter’s output. In order to preserve

EMI filtering in ground do not place these filters on a metal sur-

face which is electrically connected to the ground of the input

power.

Filter and Circuit Breaker

CleanSweep®filters are equipped with built-in circuit breakers. It is prudent to have typical load

current of no more than 75% of the circuit breaker’ rating to avoid shutdown during occasional

current peaks. Should the current through the filter

exceed filter’s maximum rated current, this circuit

breaker will trigger and disconnect power to your

equipment plugged into the filter. In this case do not

reset the circuit breaker until you unplug equipment

that may contribute to excessive current consumption

and wait a few minutes to let circuit breaker “cool off.”

Circuit breaker can be reset by simply depressing its

actuator until it “clicks.”

www.onfilter.com

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