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Illustrative purposes only
2240000055
Battery Charger, Switch Mode, 12 V, 1 A, Medical, 2240 Series
⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.
- Manufacturer: MASCOT
- Product type:
- Battery Charger Type:Switch Mode; Battery Technologies Supported:Lead Acid; Supply Voltage:264VAC; Battery Size Code:-; Battery IEC Code:-; Battery NEDA Code:-; Product Range:MASCOT 2240 Series
- SVHC: No SVHC (14-Jun-2023)
- Plug Type: -
- Product Range: 2240 Series
- Supply Voltage: 264VAC
- Battery Size Code: -
- Battery Charger Type: Switch Mode
- Battery Technologies Supported: Lead Acid
| Delivery and price | |
|---|---|
| Units per pack | 20 |
| Price | 36.19 € |
| Current stock | 100+ |
| Lead time | 30 days |
Datasheet
PO Box 177 • 1601 Fredrikstad NORWAY • sales@mascot.no • www.mascot.no
## Model 2240 LA
## 1,3 A max out • 90-264 VAC input
3-step charge control with current detection as charge termination Universal input voltage (90-264 VAC)
2-pin IEC 320 mains connector Waterproof (IP67) version available
Approvals:
- Medically certified
Safety: EN 60601-1 ed. 3.1 Home healthcare EN 60601-1-11 EMC: EN 60601-1-2 ed. 4
Available versions 6V / 1,3A 12V / 1A 24V / 0,5A 48V / 270mA
- 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 Exchangeable DC plugs Standard DC output cord (exch DC plugs): female conn. L 1,8m, AWG 20,UL 2468 Order plugs and mains cord separately Mounting bracket available
PAGE 1 (1)
## MASCOT ELECTRONICS AS SPECIFICATIONS FOR TYPE 2240/2241 Lead Acid Battery Charger DATE 07.12.16 (versions in grey are on request only)
|SPECIFICATIONS FOR|SPECIFICATIONS FOR||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|TYPE 2240/2241 Lead acid:|||6V||12V|24V|48V||||
|Inputvoltage:<br>Charge control:||Charge indication:|90 -264VAC<br>47-63Hz||90 -264VAC<br>90 -264VAC<br>47-63Hz<br>47-63Hz||go-2evac |<br>arose ||||<br>||sid|
|Step 1. Charge current:||Orange|1.3A +5/-7%||1.0A +5/-7%|0.5A +5/-7%|270mA +5/-7%||||
|Step 2. Charge voltage:||Orange|7.35V||14.7V|29.4V|58.8V||||
|Step 3. Charge termination | <:||Green|250mA+20%||250mA+20%<br>250mA+20%||100mA+20%||||
|Standby<br>voltage:|||6.85V||13.7V|27.4V|54.8V||||
|[Ripples|<<br>t00mvpp <br>Efficiency<br>(at100% load,230V) approx.:<br>| em||||| <br> ||wa7w | tarwe <br> <t00mvpp | <t00mvpp<br>5% |<br>cam||**|** tarweTT<br><t00mvep **|**<br>| om | |||||
|Switch frequency<br>approx.:|||||||||||
|Leakage currentfrom battery|with mainsswitched off:||RT||||||||
||||||Protected against reversed||polarity<br>and short circuit|proof|||
|Temperature range:<br>*Operating:||||||+285 til|+40°C||||
|*Storage:||||||+25 til|+85°C||||
||||||EN 60050-,|EN 6060-1,|EN 60335-2-29, UL6060T-1||||
|Insulation class :||||||Class Il|||||
|Insulation voltage: Primary|— secondary:|||||4000VAC|/ 5640VDC||||
|EMC standards:||||EMC med. EN 60601-1-2||/ Emission|EN 61000-6-3<br>/ Immunity EN 6100-6-1||||
|MTBFat Ta = 30°C and full|load:|||||>250 000 hours|||||
|Calculated according to MIL—HDBK—||— 217F|||||||||
|Input terminal||||2-pins IEC 320 mains connector. 2241:changeable mains plug||||(EU, US and Uk).|||
||||||Cord with/without plug. Exchangeable plugs available.||||||
|IP-Grade:|||||||||||
||||||90 x45 x|32mm<br>(2241:|103.5 x 46.8 x 38.7mm||||
|FWeight||||||115g2241:140g|||||
**==> picture [353 x 562] intentionally omitted <==**
**----- Start of picture text -----**<br>
@&<br>os<br>= 45a<br>Mounting brackets<br>TYPE 202906<br>Available1 mounting bracketper unit<br>separately |<br>o& 212mm rs<br>baa ae o4mm v<br>47mm ’<br>; é<br>**----- End of picture text -----**<br>
## Charging method A
STEP 1 - BOOST CHARGE
To start a charge cycle, connect the charger to the mains. The charger is in constant current mode, charging with the maximum current indicated on the charger, the LED-indication on the charger is ORANGE. This step allows rapid charging of your battery until the battery reaches typically 80 - 95% of its capacity.
## STEP 2 — TOP-UP CHARGE
The charger is in constant voltage mode, charging with a decreasing current until the current is below the charger’s charge termination level (indicated on the charger). The LED-indication on the charger is ORANGE. The battery is charged to its full capacity at the end of this step.
**==> picture [42 x 108] intentionally omitted <==**
**----- Start of picture text -----**<br>
—<br>——<br>Orange<br>**----- End of picture text -----**<br>
## STEP 3 — FLOAT CHARGE
The LED-indication on the charger is GREEN and the battery is fully charged.
The charger is in standby mode. The charge voltage is at standby level and the charger may remain connected to the battery.
The charger will return to boost charging if the battery is used.
A load larger than the cut-off current will initiate a new charge cycle.
**==> picture [339 x 167] intentionally omitted <==**
**----- Start of picture text -----**<br>
Diagram: A<br>Charge Voltage<br>2 Charge Voltage<br>Charge Current : :<br>**----- End of picture text -----**<br>
|EU& UK|4<br>J<br>Declaration ofConformity|gm ne oe eee eeeoe<br>@)77Z2@S40¢|gm ne oe eee eeeoe<br>@)77Z2@S40¢|
|---|---|---|---|
|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 43 00<br>E-mail:<br>sales@mascot.com|WEB:|www.mascot.com|
|declare thatthis Declaration is issued underour sole responsibilityand belongs to the following product(s):||||
|Product and|Battery Charger for Li-lon-, LiFePO,- or Lead-Acid Batteries|||
|intended purpose:||||
|Brand(s)} :|and/or<br>(mayalso carry additionalcustomername, logoortrademark)|||
|Type(s)/Model(s)/|2240and 2241|||
|UDI-DI:|(may also carry additional customermodel name orpart number}|||
|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. 0.35A 100-240VAC50-60 Hz, Class II|||
||Output:|||
||versions for Lead-Acid Batteries 6 - 48 V:|||
||6V max.1.3A<br>12 Vmax.1.00A<br>24Vmax.0.5A|36Vmax. 0.35A|48Vmax.0.27A|
||versions for Li-lon Batteries 1 - 16 cell:|||
||1 cell max. 1.3A<br>2 cell max.1.3A<br>3cell max.1.2A|4cellmax.0.9A|5cellmax.0.75A|
||6 cell max.0.65A<br>7cellmax.0.56A<br>8cell max.0.49A|9Qcellmax.0.43A|10 cell max. 0.39A|
||11 cell max. 0.35 A<br>12 cell max.0.32A<br>13 cell max.0.3A<br>14cell max.0.27A||15 cell max. 0.24A|
||16 cell max. 0.22 A|||
||versions for LiFePO, Batteries 1 - 16 cell:|||
||1 cell max. 1.3A<br>2 cell max.1.3A<br>3 cell max.1.3A|4cellmax.1.0A|5cellmax. 0.88A|
||6 cell max.0.73<br>A<br>7 cell max.0.64A<br>8 cell max. 0.56A|9cellmax.0.5A|10 cell max. 0.45A|
||11 cellmax. 0.4 A<br>12 cell max. 0.37A13 cell max.0.34A<br>14 cell max.0.32A||15 cell max.0.3A|
||16 cell max. 0.28 A|||
||NOTES:|||
||- Versions with outputvoltage >42.4VDC are notwithin the scope ofstandard EN 60335-2-29 Ed.4 (ref. Cl.10.101).|||
||- For compliance with EN 60601-1 and EN 60950-1 output terminals >60VDC|VDC must be inaccessible to operatorand||
||may not be interconnected.|||
|The product(s) described above are in conformity with the relevant European Union harmonisation||||
|legislation forCE-marking:||||
|2014/35/EU|EU Directive -Safety ofelectrical equipment ("Low-Voltage Directive") (LVD)|||
||recast,|repealing Directives|2006/95/EC &73/23/EEC|
|2014/30/EU|EU Directive -Electromagnetic Compatibility (EMC)|||
||recast, repealing Directives 2004/108/EC& 89/336/EEC|||
|93/42/EEC|EU Directive -General Medical Devices (MDD), risk class<br>| Device|||
||willfrom26.05.2021 be|repealedby "MDR"|Regulation (EU)2017/745|
|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 forUKCA-marking:||||
|Electrical Equipment (Safety) Regulations 2016||||
|Electromagnetic Compatibility (EMC) Regulations 2016||||
|The Medical Devices (Amendment etc.) (EU Exit) Regulations 2020, Risk Class<br>| Device||||
|Ecodesign forEnergy-Related Products (External PowerSupplies) Regulations 2020||||
|Draft Regulation, awaiting implementation||||
|The Restriction ofthe|the Use ofCertain Hazardous Substances in Electrical and Electronic Equipment|||
|Regulations2012||||
Page 1 of 3
@ masc RONIC A
## The following harmonised standards and technical specifications have been applied:
|The following harmonised standards and technical specifications have been applied:|The following harmonised standards and technical specifications have been applied:|
|---|---|
|{International editions and comments indicated in brackets):||
|ElectricalSafety(to LVD-& MDD-Directives):||
|EN 60950-1|EN 60950-1:2006 +/A1:2010, +/A11:2009, +/AC:2011, +/A12:2011 +/A2:2013<br>IT-equipment (ITE), Edition 2.2<br>(IEC 60950-1:2005 modified +/A1:2009 modified +/A2:2013 modified, Edition 2.2)<br>| (OBS! expired forCE-marking !!)|
|EN 60335-1|EN 60335-1:2012 +/AC:2014 +/A11:2014<br>Household and similarappliances-General requirements, Edition 5.0|
||(IEC 60335-1:2010 modified, Edition 5.0)(also IEC 60335-1:2010 modified +/A1:2013 + /A2:2016, Edition 5.2)|
|EN 60335-2-29|EN 60335-2-29:2004+/A2:2010<br>Household and similarappliances-Requirements forbattery chargers, Edition 4.2|
||(IEC 60335-2-29:2002 +/A1:2004 + /A2:2009, Edition 4.2) (also IEC 60335-2-29:2016, Edition 5.0)|
|EN 60601-1|EN 60601-1:2006 +/AC:2010 +/A1:2013<br>Medical electrical equipment, Edition 3.1|
||(IEC 60601-1:2005 + /A1:2012)|
|ElectricalSafetyandElectromagnetic Compatibility (to MDR/MDD-Directives):||
|EN 60601-1|EN 60601-1:2006 +/AC:2010 +/A1:2013<br>Medical electrical equipment, Edition 3.1|
||(IEC 60601-1:2005 + /A1:2012)|
|EN 60601-1-2|EN 60601-1-2:2015<br>Medical equipment, EMC - Requirements and tests, Edition4.0|
||(IEC 60601-1-2:2014, Edition 4.0)|
|ElectromagneticCompatibility (to EMC-Directive):||
|EN 61000-6-1|EN 61000-6-1:2007<br>Immunity-residential, comm.& light-industrial environment, Edition 2.0|
||(IEC 61000-6-1:2005, Edition 2.0) (also 1EC 61000-6-1:2016, Edition 3.0, notyetan EN-norm)|
|EN 61000-6-3|EN 61000-6-3:2007 +/A1:2011&/AC:2012<br>Emission-residential, comm.&light-industrial environment, Edition 2.1|
||(IEC 61000-6-3:2007 + /A1:2010)|
|EN 55014-1|EN 55014-1:2006 +/A1:2009&/A2:2011<br>Emission-household appliances, Edition 5.2|
||(CISPR 14-1:2005 +/A1:2008 & /A2:2011, Edition 5.2) (alsoCISPR 14-1:2016, Edition 6.0, but notyet an EN-norm)|
|EN 55014-2|EN 55014-2:1997 +/AC:1997, /A1:2001,/A2:2008<br>Immunity-household appliances, Edition 1.2|
||(CISPR 14-2:1997 +/A1:2001 & /A2:2008, Edition 1.2) (alsoCISPR 14-2:2015, Edition 2.0, but notyet an EN-norm)|
|EN 55024|EN 55024:2010<br>Immunity-IT-Equipment, Edition 2.0|
||(CISPR 24:2010, Edition 2.0) (also CISPR 24:2010 +/Corr.1:2011 +/A1:2015, Edition2.1, but notyetan EN-norm)|
|EN 55032|EN 55032:2012 +/AC:2013<br>Emission-Multimedia Equipment, Edition 1.0|
||(CISPR 32:2012 + /Corr.1:2012 + /Corr 2:2012, Edition 1.0) (also CISPR32:2015, Edition 2.0, butnotyet an EN-norm)|
|Ecodesign to EUERP-Directive:||
|Commission Regulation (EC)No2019/1782<br>implementing Directive2005/32/EC withregard toecodesign requirementsforno-<br>load condition electric powerconsumption and average active efficiency ofexternal||
||powersupplies (RepealingCommission Regulation (EC) No 2019/1782 from 2020-|
||04-01) (Note: not applicable to BatteryChargers, ref. Article 1.2 item c)}|
|EcodesignforU.K.:||
|Draft Regulation only(awaiting|(awaiting implementation)<br>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>10CFRPart430 - EnergyConservation ProgramforConsumerProducts,<br>Also called"DoE compliance”<br>10CFRPart430,SubpartB -TestProcedures,<br>10 CFRAppendixYto Subpart B of Part430, Uniform Test Method for Measuring||
||the Energy Consumption ofBattery Chargers or 10 CFRAppendixZ to Subpart B of|
||Part430, Uniform Test Method for Measuringthe Energy Consumption of External|
||PowerSupplies, whichever applicable.|
|California Code of Regulations (CCR)<br>CCRTitle20 - Public Utilities and Energy,||
|Also called "CEC-400compliance” referring to CEC-400-2017-<br>Division 2 - State Energy Resources Conservation and Development Commission,||
|002 "2016Appliance Efficiency Regulations” issued by<br>Chapter4 - 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"<br>EU Directive - Restrictiononuse ofHazardous Substances in EEE Restriction ofthe<br>Use of certain Hazardous Substancesin Electrical and Electronic Equipment||
|Restriction ofthe Useof|ofcertain HazardousSubstancesfor UK:|
|The Restriction ofthe|Use ofCertain Hazardous Substances in Electrical and Electronic Equipment|
|Regulations2012||
Page 2 of 3
Mascot AS, PO Box 177 • 1601 Fredrikstad NORWAY • sales@mascot.no • www.mascot.no
Date: Sat Sep 17 2022
Updated at June 5, 2026
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