4040120000

PO Box 177 • 1601 Fredrikstad NORWAY • sales@mascot.no • www.mascot.no maser 

## Model 4040 LA 

## 8 A max out • 90-264 VAC input 

- 3-step charge control with current detection and timer Universal input voltage 90-264 VAC 

2-pin IEC 60320 C8, 3-pin C6 on request 

- Output terminal: Battery clips, DC conn., push-on terminals or open ends Temp. compensation of charge voltage 

Wake up and low current start-up of deeply discharged batteries Safety indication and protection: against reverse polarity, short circuit, charging battery packs with the wrong number of cells and safety timer run-out Active power factor correction 

## Available versions 

12 V / 8,0 A 24 V / 4,0 A 36 V / 2,66 A 48 V / 2,0 A 

Approvals: 

## - Medically certified 

Safety:  EN 60601-1 ed. 3.1 and ed. 3.2 Home healthcare EN 60601-1-11 

EMC:    EN 60601-1-2 ed. 4 

## - UL approved 

Custom specifications on request: 

Charging parameters, connectors, cords, logo print, housing/open frame/IP rating and certificates. For more information: custom design info sheet 

Notes: Desktop unit Wall mount bracket available With active power factor correction 2MOOP standard, 2MOPP available Wall mount bracket available With battery clips and temp sensor Std output cord: L 1.2m, AWG 14, UL 2464 

## MASCOT ELECTRONICS AS SPECIFICATIONS FOR type 4040 Lead Acid Chargers PAGE 1 (2) DATE 26.02.24 

|MASCOT<br>type 4040|Lead Acid chargers:|12V Lead Acid||24V Lead Acid|36V Lead Acid|
|---|---|---|---|---|---|
|Charge control:<br>Charge indication:||||||
|Step 0 <30min<br>Yellow||CC800mA+50mA, when battvoltage < 10.5V.||CC500mA+50mA,when battvoltage < 21V.||CC300mA+50mA, when battvoltage < 31.5V.|
|Step<br>0 > 30min<br>Red|(4 blinks)|0A/0V||0A/0V|0A/0V|
|Step 1 (ConstantCurrent)<br>Step2 (ConstantVoltage)|_Yellow<br>.<br>FlashingYellow|CC 8.0A+0.2A,when 10.5V < Vbat < 14.7V.<br>CV 14.7V+0.2V<5.5A until | charge < 1.3Aor<br>max. 4h.<br>9||CC4.0A+ 0.2A, when21V <Vbat< 29.4V.<br>CV29.4V+0.2V<2.8A until<br>|charge<0.65A <br>ormax.4h.<br>9|CC2.65A+ 0.2A, when 31.5V <Vbat <44.1V.<br> | CV44.1V+0.2V< 1.5A until<br>|charge< 0.45A<br>ormax.4h.<br>9|
|Charge timer (step2, CV)||4h||4h|4h|
|Safety timer (all steps)|Red<br>(5 blinks)|72h||72h|72h|
|Step 3 Float Chargevoltage Green||13.7V||27.4V|41.1V|
|Restart voltage||13.0V||26.0V|39.0V|
|Ripple;<br>100Mpp||||||
|pee<br>Protection:||emt|emt<br>a<br>tn<br>Short circuit proof. Error Indication: Red (3 blinks)<br>Charging ofwrong lowervoltage battery pack will be limited to 0.8A (0.5A at 24V 0.3A at 36V) and terminated after 30min. Indication: Red (4 blinks)<br>Safety timer. Error Indication: Red (5 blinks)<br>No charge<br>(or charge terminated)<br>if connecting wrong<br>battery<br>pack with higher voltage. Indication: LED is OFF.||||
|inputterminals|2|pinsIEC|320connector,C8.(3pinsIEC320connector,C6onrequest)|||



PAGE 2 (2) 

## MASCOT ELECTRONICS AS SPECIFICATIONS FOR type 4040 Lead Acid Chargers DATE 26.02.24 

|MASCOT<br>type4040 Lead Acid chargers:|48V Lead Acid a|
|---|---|
|[Max outputpowerWT<br>Charge control:<br>Charge indication:||
|Step 0 <30min<br>Yellow|CC200mA+50mA, when battvoltage <42V.|
|Step 0 > 30min<br>Red<br>(4 blinks)|0A/0V|
|Step 1<br>(Constant Current)<br>Yellow|CC 2.0A + 0.2A, when 42V < Vbat < 58.8V.|
|Step2 (ConstantVoltage)<br>FlashingYellow|CV58.8V+0.2V< 1.4A until<br>|charge < 0.35A<br>or max. 4h.|
|Charge timer (step2, CV)|4h|
|Safetytimer (all steps)<br>Red<br>(5 blinks)|72h|
|Step 3 Float Charge voltage<br>Green|54.8.4V|
|Restart voltage|52.0V|
|Ripples<br>100Mpp||
|neces<br>Short circuit proof. Error Indication: Red (3 blinks)<br>Protection:<br>Charging ofwrong lower voltage battery pack will be limited to0.2Aand terminated after30min. Indication: Red (4 blinks)<br>Safety timer. Error Indication: Red (5 blinks)<br>No charge<br>(orcharge terminated) ifconnecting wrong battery<br>packwith highervoltage. Indication: LED isOFF.||
|Derating at40°C approx:<br>OR||
|inputterminals|ping IEC 320 connector, C8. (3pins IEC 320 connector, C6onrequest)|
|Rec.batterycapacity:<br>000A||



Technical drawing 

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Nowe<br>.. 43,5mm<br>Ps a<br>i 87mm<br>**----- End of picture text -----**<br>


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o)— eee<br>**----- End of picture text -----**<br>


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Charging characteristics and LED indication<br>**----- End of picture text -----**<br>


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INDICATOR: INDICATOR: ae ' -<br> YELLOW FLASHING YELLOW INDICATOR: GREEN<br>: : Charge Voltage :<br>: = Charge Voltage<br>—— Battery Voltage s :<br>. : si Current pulses at safe float voltage level<br>‘ i = for maximum topping of battery capacity.<br>S & é Pulse frequency: Microprocessor controlled.<br>= Charge Current ‘S Pulse Current: max current<br>[current] [Start-Up] [at] [Vbatt] [<10.5V] : :<br>N\ ErrorStart [LOW] Mode Currentif <10.5V after 30 minutes .: Cut-Off Current is .<br>* (for 12V system) : :<br>SartStep Fier0 BoostStep Charge1 Top Up ChargeStep 2(4 hours) | pleatStepcharge3<br>STEP 1 - BOOST CHARGE<br>LED-indicator: YELLOW ee<br>The charger is in constant current mode (CC), charging with the maximum<br>current until battery voltage voltage reach Top-Up level.<br>STEP 2 —-TOP-UP CHARGE<br>The charger is in constant voltage mode. The LED-indication will be FLASHING YELLOW a ic<br>during Top-up charge. The charger stays in this mode until the charge current decreases to N ————s 7<br>charge termination level or the Top-Up Charge Timer runs out. The battery is charged to its 7 Yellow \<br>full capacity at the end of this step<br>STEP 3 —- FLOAT CHARGE<br>The LED-indication on the charger is GREEN and the battery is fully charged.<br>The charger is in standby mode. The charge voltage is at standby level and the charger may<br>remain connected to the battery. The charger will return to boost charge if the battery is used.<br>A load larger than the cut-off current will initiate a new charge cycle.<br>**----- End of picture text -----**<br>


The charger is in constant current mode (CC), charging with the maximum current until battery voltage voltage reach Top-Up level. 

## BATTERY NOT CONNECTED 

Battery not connected is indicated by FLASHING GREEN. In this mode charger will apply short pulses attempting to wake up deeply discharged batteries. 

## ERROR INDICATIONS 

2 red blinks: Battery is connected to charger with wrong polarity! 4 red blinks: Charging of wrong lower voltage battery pack (e.g. 12V) will be limited to 1.4A and terminated after 30min 5 red blinks: Safety timer has run out. Check battery status or capacity. 6 red blinks: Defect battery LED off: Battery voltage is too high (>32V). Check battery voltage. 

Mascot AS Headquarters ¢ PO Box 177 © 1601 Fredrikstad NORWAY ¢ +47 69 36 43 00 ¢ sales@mascotno ¢ www.mascot.no 

T$250118 

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y @ es ELECTRONICS AS<br>**----- End of picture text -----**<br>


|We, the responsible|manufacturer;||||||
|---|---|---|---|---|---|---|
|Company Name:|Mascot ElectronicsAS||||||
|Postal Address:|P.O.Box 177, N-1601 Fredrikstad, NORWAY||||||
|Visiting Address:|Mosseveien 109, N-1624 Gressvik, NORWAY||||||
|Telephone:|(+47) 69 36 4300<br>E-mail:<br>sales@mascot.com||WEB:|Wwww.mascot.com|||
|declare thatthis Declaration is issued underoursole responsibilityand belongs to the following product(s):|||||||
|Product and|BatteryChargerfor Li-lon-, LiFePO,-, Li-Titanate-, NiIMH/NiCD- or Lead-Acid Batteries||||||
|intended purpose:|||||||
|Brand(s)} :|S)and/orTILAS_GLGE (mayalsocarry additional customername, logoortrademark}||||mark}||
|Type(s)/Model(s)/<br>UDI-DI:|4040<br>2xMOOPto IEC60601-1,ratedinputvoltage 100-240V, 50-60Hz<br>4040vV<br>2xMOOPto IEC60601-1,ratedinputvoltage 100-240V50 Hz/100-220V60Hz||||Hz||
||aoaop<br>2xMOPP to IEC 60601-1, rated input voltage 100- 240V,|V, 50- 60 Hz|||||
||AOQ40VP<br>—-2xMoPP to IEC 60601-1, rated inputvoltage 100- 240V|V50 Hz/ 100-220V60Hz|||Hz||
||4040B<br>2xMOOP to IEC 60601-1, PWB-only,for building-in, rated input||||||
||voltage 100 - 240 V, 50 - 60 Hz||||||
||4040VB<br>2xMOOPto IEC 60601-1, PWB-only,for building-in, rated input||||||
||voltage 100 - 240V50 Hz/ 100 - 220V 60 Hz||||||
||A040BP<br>2xMOPP to IEC 60601-1, PWB-only, for building-in, rated input||||||
||voltage 100 - 240 V, 50 - 60 Hz||||||
||AO40VBP<br>2xMOPP to IEC 60601-1, PWB-only, for building-in, rated input||||||
||voltage 100 - 240V 50 Hz/ 100 - 220V 60 Hz||||||
||{all modelsmay also carry additional customer model name orpartnumber)||||||
|Batch / Serial No./|all CE- and/or UKCA- marked products producedfrom the date indicated below||||||
|UDI-PI:|(for production date: see marking onthe product)||||||
|Description:|Input:<br>max. 1.6A 100-240VAC50-60 Hz, Class | orClass||Class II||||
||Output:||||||
||versions for Lead-Acid Batteries 6 -48V:||||||
||6 V max. 10.0A<br>12V max.8.0A<br>18Vmax.5.3A||24V max. 4.0A|||36 V max. 2.66A|
||48V max. 2.0A||||||
||versions for Li-lon Batteries 1 - 14 cell:||||||
||1cellmax.10.0A<br>2cellmax.10.0A<br>3 cell max.9.0A||4 cell max. 7.0A|||5 cell max.5.6A|
||6 cell max. 4.65A<br>7 cellmax.4.0A<br>8cell max.3.5A||9 cellmax.3.1A||10cell|10cell max.2.8A|
||11 cellmax.2.54A<br>12 cell max.2.33A<br>13 cell max.2.15A||14 cell max.2.0A||||
||versions for LiFePO4 Batteries 1 - 16 cell:||||||
||1cellmax.10.0A<br>2cellmax.10.0A<br>3 cell max. 10.0A||4 cell max. 8.0A|||5 cell max.6.4A|
||6 cell max.5.3A<br>7 cellmax.4.6A<br>8 cell max.4.0A||9 cellmax.3.5A||10cell max.3.2A||
||11 cell max. 2.92A<br>12 cell max. 2.68A 13 cellmax.2.47A||14 cellmax.2.3A||15 cell max. 2.15A||
||16 cell max. 2.0A||||||
||versions for Li-Titanate Batteries 1 - 20 cell:||||||
||1cellmax.10.0A<br>2cellmax.10.0A<br>3cellmax.10.0A|4cell|4cell max. 10.0A|||5 cell max. 8.2 A|
||6 cell max. 6.8A<br>7cellmax.5.9A<br>8cell max.5.1A||9cellmax.4.5A||10cell max.4.1A||
||11 cell max.3.7A<br>12 cell max.3.4A<br>13 cell max.3.17A||14 cell max.2.94A||15 cell max.2.75A||
||16 cellmax.2.57A<br>17 cell max.2.42A<br>18cell max.2.29A||19cell max.2.17A|||20cell max. 2.00|
||versions for NIMH/NiCd Batteries:||||||
||2 cell max. 10.0 A<br>3-6 cell max. 10.0A 4-8 cell max. 8.0A|5-10 cell max. 6.5||A|6-12 cell max. 5.4A||
||10-20 cell max. 3.2 A<br>10-22 cell max.2.9A<br>15-30 cell max. 2.18A<br>20-40 cell max.|||||1.96A|
||NOTES:||||||
||- Forcompliance with EN 60601-1 outputterminals >60VDC must be inaccessible to operatorand||||||
||maynotbeinterconnected.||||||



Page 1 of 4 

@7Zza5c0%ss ELECTRONICS AS 

## EU & UK Declaration of Conformity 

The product(s) described above are in conformity with the relevant European Union harmonisation legislation for CE-marking: 2014/30/EU EU Directive - Electromagnetic Compatibility (EMC) recast, repealing Directives 2004/108/EC & 89/336/EEC (EU) 2017/745 EU Regulation - Medical Devices Regulation (MDR), Risk Class | Device repealing directive 93/42/EEC 2009/125/EC EU Directive - Energy Related Products, Ecodesign (ERP) recast, repealing Directive 2005/32/EC (EUP) 2015/863/EU EU Directive - Restriction on use of Hazardous Substances in EEE ("RoHS3") recast, repealing Directives 2002/95/EC, 2008/35/EC & 2011/65/EU The product(s) described above are in conformity with the relevant U.K. legislation for UKCA-marking: Electrical Equipment (Safety) Regulations 2016 Electromagnetic Compatibility (EMC) Regulations 2016 The Medical Devices (Amendment etc.) (EU Exit) Regulations 2020, Risk Class | Device Ecodesign for Energy-Related Products (External Power Supplies) Regulations 2020 Draft Regulation, awaiting implementation 

The Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations 2012 

Page 2 of 4 

## y @ es ELECTRONICS AS The following harmonised standards and/or technical specifications have been applied: 

{International editions and comments indicated in brackets): 

|ElectricalSafetyandElectromagneticCompatibility (to MDR-Directives):|ElectricalSafetyandElectromagneticCompatibility (to MDR-Directives):|ElectricalSafetyandElectromagneticCompatibility (to MDR-Directives):|
|---|---|---|
|EN 60601-1|EN 60601-1:2006 +/AC:2010+/A1:2013/A2:2021<br>Medical electrical equipment, Edition 3.2||
||(IEC 60601-1:2005 +/A1:2012/A2:2020)<br>{Alsotested accordingtoedition 3.1)||
|EN 60601-1-2|EN 60601-1-2:2015|Medical equipment, EMC - Requirements and tests, Edition4.0|
||(IEC 60601-1-2:2014, Edition 4.0}||
|EN 60601-1-11|EN 60601-1-11:2015|Medical equipment, Home Healthcare, Edition 2.0|
||(IEC 60601-1-2:2015/A1:2020, Edition 2.1)||
|ElectromagneticCompatibility (to EMC-Directive):|||
|EN 61000-6-1|EN 61000-6-1:2007|Immunity-residential, comm.& light-industrial environment, Edition 2.0|
||(IEC 61000-6-1:2005, Edition 2.0}(also|(also IEC61000-6-1:2016, Edition3.0, notyetanEN-norm)|
|EN 61000-6-3|EN 61000-6-3:2007 +/A1:2011 &/AC:2012|/AC:2012<br>Emission-residential, comm.& light-industrial environment, Edition 2.1|
||(IEC 61000-6-3:2007 + /A1:2010)||
|Ecodesign to EU ERP-Directive:|||
|Commission Regulation (EC)No2019/1782||implementingDirective2009/125/ECwithregardtoecodesignrequirements forno-<br>load condition electric powerconsumption and average active efficiency ofexternal|
|||powersupplies (Note:notapplicable to Battery Chargers, ref. Article 1.2item c))|
|EcodesignforU.K.:|||
|Draft Regulation only(awaiting|(awaiting implementation)|Draft"EcodesignforEnergy-Related Products(External PowerSupplies)Regulations<br>2020” (Note: not applicable to Battery Chargers)|
|EcodesignforU.S.A. (Note:dependson batteryused !):|||
|USCode of Federal Regulations (CFR)<br>Also called "DoEcompliance”||10CFR Part430 - EnergyConservation ProgramforConsumer Products,<br>10CFR Part430,Subpart B -Test Procedures,<br>10CFR AppendixYto Subpart B of Part430, Uniform Test Method for Measuring|
|||the Energy Consumption ofBattery Chargers or 10 CFRAppendixZto Subpart B of|
|||Part430, Uniform Test Method for Measuringthe Energy Consumption of External|
|||Power Supplies, whichever applicable.|
|California Code of Regulations (CCR)||CCRTitle20 - Public Utilities and Energy,|
|Also called "CEC-400compliance” referring to CEC-400-2017-||Division 2 - State Energy Resources Conservation and Development Commission,|
|002 "2016Appliance Efficiency Regulations” issued by||Chapter 4 - Energy Conservation, Article 4 - Appliance Efficiency Regulations,|
|California Energy Commission||Sections 1601 to 1609|
|Restriction ofthe Useof|ofcertain HazardousSubstances (RoHS)for EU:||
|2015/863/EU “RoHS3”||EU Directive - Restrictiononuse ofHazardous Substances in EEE Restriction ofthe<br>Use of certain Hazardous Substances in Electrical and Electronic Equipment|
|Restriction ofthe Useof|ofcertain HazardousSubstancesfor UK:||
|The Restriction ofthe|Use ofCertain Hazardous Substances in Electrical and Electronic Equipment||
|Regulations2012|||



Page 3 of 4 

Mascot AS, PO Box 177 • 1601 Fredrikstad NORWAY • sales@mascot.no • www.mascot.no 

Date: Thu Aug 08 2024