AGM High-Performance Batteries. Solutions for the toughest requirements

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Everett York
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1 I N T E L L I G E N T S Y S T E M S AGM High-Performance Batteries Solutions for the toughest requirements

2 I N T E L L I G E N T S Y S T E M S The company Triathlon System GmbH is your specialist for battery-operated electrical systems with branches across Germany. Our comprehensive and competent consulting is based on our specialist know-how and many years of experience in battery and charger technology. Our own FXM production at the Isen site in Munich, one of the oldest battery manufacturer's in Germany, guarantees quality "Made in Germany". Our product range includes batteries of all current technologies, as well as emergency lighting systems, UPS systems, DC power systems and systems for many other applications. Our installation and service teams ensure the installation and proper functioning of our products. The range of services is supported by reputable and reliable partners only. Only the sum of the benefits decides! 2 Batteries with AGM technology

Triathlon AGM Batteries Product Information The Triathlon HP range with AGM technology stands for the highest demands. It is ideal for use in uninterruptible power supplies (UPS).

Technical features ü Sealed VLRA (valve-regulated lead acid) batteries electrolyte is fixed in a glass mat ü Outstanding high-current capability thanks to low internal resistance ü High power

ü Service life of up to years in continuous battery power supply mode according to EUROBAT ü Different installation positions possible, either vertical or horizontal ü No transport restrictions (in

3 Triathlon AGM Batteries Product Information The Triathlon HP range with AGM technology stands for the highest demands. It is ideal for use in uninterruptible power supplies (UPS). The highest quality standards are met through: ü Certification in line with ISO 91 and ISO 141 ü IEC 6896 Parts 21 & 22 and BS 629 Part 4 ü Extensive end testing of products prior to dispatch Technical features ü Sealed VLRA (valve-regulated lead acid) batteries electrolyte is fixed in a glass mat ü Outstanding high-current capability thanks to low internal resistance ü High power density, low size ratio ü Maintenance-free ü Safety valve protects against excessive high pressure ü Low self-discharge rate: Can be stored for up to 9 months under normal conditions at + C. ü Service life of up to years in continuous battery power supply mode according to EUROBAT ü Different installation positions possible, either vertical or horizontal ü No transport restrictions (in line with IATA, DGR, sentence A67) ü Applications: Uninterruptible power supplies (UPS) Emergency lighting Stationary back-up power systems in power stations and remote stations Telecommunications and switch gears Automation technology, robotic systems Burglar and fire alarm systems Wireless and radio systems Distance measurement systems Signalling systems Batteries with AGM technology 3

4 HP Range High-performance battery system for applications with a high electricity consumption, e.g. UPS Technical Diagrams HP 9 T12 connection 4.7(.187) (.126) 6.3(.2).83(.33) HP 124 Discharge Characteristics T6 connection 6V 12V V V Temperatu Teral Voltage(V) C.4C 1.1C 2.C HP C C 7C C T6 connection S Discharge Time Temperature Effects in Relation to C 1 HP 1 Capacity (%) C.28C T6 connection 1.C 2. C Temperature( C) HP 16 Remaining Capacity(%) T6 connection 4 C C C 2 C Storage Time(Months) Batteries with AGM technology

5 HP Range High-performance battery system for applications with a high electricity consumption, e.g. UPS Technical Diagrams HP 172 T11 connection HP 12 T11 connection HP 121 T11 connection HP 12 T1 connection HP 6 T11 connection Batteries with AGM technology

6 Triathlon AGM Batteries HP Range High-performance battery system for applications with a high electricity consumption, e.g. UPS - 12 YEARS, HIGH PERFORMANCE Noal voltage Noal capacity C Length (L) Width (B) Height (H) Typical weight Internal resistance max. discharge current Connection V Ah max. mm max. mm max. mm kg mohm HP , 2,66 17, 13 T1 HP T12 HP T6 HP T6 HP T6 HP T6 HP T11 HP T11 HP T11 HP T11 A 6 Batteries with AGM technology

7 Curves Discharge behaviour Charge behaviour 6V 6. 12V 13. Temperature:2 C Charge Volume % Charging Current (A) Charging Voltage (V/cell).1CA-2.2V/cell temperature2 C Teral Voltage (V) C 1.C.76C.4C.22C.3C.4C C.8C.6C.4C Charged Volume Charge Voltage (constant 2.2V/cell) After % Discharge After % Discharge C 7C C C S H Discharge Time capacity in relation to temperature 4.2C 2. Charging Current C Charging Time (Hours) Temperature Capacit y (%) C.28C 1.C. C Charging voltage : 2.2V/cell Temperature( C) temperature C 122 O F Self-discharge Remaining Capacity (%) C C C A 2 C B C A B C No supplementar y charge require d (Car ry out supplementar y charge befor e use if % capacit y is required. ) Supplementar y charge require d befor e use.optiona l charging way as below : 1.Charge d for above 3 days at limte d current.2c A and constant volatge 2.2V/cell. 2.Charge d for above hou rs at limte d current.2c A and constant volatge 2.4V/cell. 3.Charge d for 8~hou rs at limte d current.c A. Supplementar y charge may often fail to recover the capacit y. The battery should never be left standing till this is reached Storage Time(Months) Batteries with AGM technology 7

8 Triathlon AGM Batteries, HP Range Discharge data in ampere 1.8 V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP Batteries with AGM technology

9 Discharge data in ampere 1.7 V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in ampere at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP Batteries with AGM technology 9

10 Triathlon AGM Batteries, HP Range Discharge data in watt per cell 1.8 V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP Batteries with AGM technology

11 Discharge data in watt per cell 1.7 V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP V/Z - discharge in watt per cell at 2 C h 2 h 3 h 4 h h 6 h 8 h h h HP HP HP HP HP HP HP HP HP HP Batteries with AGM technology 11

12 Our contact information Triathlon System GmbH Niederlassung München Röntgenstraße Dachau Tel: 8131 / Fax: 8131 / info@triathlon-system.de Triathlon System GmbH Niederlassung Stuttgart Im Unholder Weg Möglingen Tel: 7141 / Fax: 7141 / info@triathlon-system.de Triathlon System GmbH Niederlassung Gera Leibnizstraße Gera Tel: 36 / Fax: 36 / info@triathlon-system.de Triathlon System GmbH Benno-Strauß-Straße 9763 Fürth Tel: 911 / Fax: 911 / info@triathlon-system.de 3/16 subject to alterations

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