• Aucun résultat trouvé

NPL-Series - Valve Regulated Lead Acid Battery

N/A
N/A
Protected

Academic year: 2022

Partager "NPL-Series - Valve Regulated Lead Acid Battery"

Copied!
1
0
0

Texte intégral

(1)

NPL65-12I (FR)

Nominal voltage 12 V

20-hr rate Capacity to 10.5V at 20°C 65 Ah

10-hr rate Capacity to 10.8V at 20°C 57.2 Ah

Length 350 (±0.7) mm

Width 166 (±0.5) mm

Height 174 (±0.5) mm

(height over terminals) N/A mm

Mass (typical) 23.0 kg

Female threaded terminal M6 mm

Torque 4.8 Nm

Storage (in fully charged condition) Charge

Discharge

LAYOUT

Capacity loss per month at 20°C (approx) -3 %

Standard Option Flame retardant option (FR)

13.65 (±1%) V

2.275 (±1%) V/cell Float Charge voltage temperature correction factor

(for variations from the standard 20°C) -3 mV/cell/°C

14.5 (±3%) V

2.42 (±3%) V/cell

Cyclic Charge voltage temperature correction factor

(for variations from the standard 20°C) -4 mV/cell/°C

Float charge current limit No limit A

Cyclic (or Boost) charge current limit 16.25 A

1 second 800 A This battery type must never be installed

1 minute 500 A permanently suspended by their handles

3RD PARTY CERTIFICATIONS

Internal resistance 1375 mΩ ISO 9001 - Quality Management Systems

Short-Circuit current 10.51 A ISO 14001 - Environmental Management Systems

EN 18001 - OHSAS Management Systems

Measured at 1 kHz 5 mΩ UNDERWRITERS LABORATORIES Inc.

Refer to the technical manual NPL STANDARDS

IEC61056

EUROBAT Classification: High performance 10 to 12 years IEC60896-21/22

Yuasa design life @ 20°C up to 10 years

ALL DATA IS SUBJECT TO CHANGE WITHOUT NOTICE Issue No.: V.2 / Issue Date: March 2011

-20°C to +60°C STORAGE

CASE MATERIAL

ABS (UL.94:HB)

DESIGN LIFE

NPL-Series - Valve Regulated Lead Acid Battery

OPERATING TEMPERATURE RANGE

-20°C to +50°C -15°C to +50°C SPECIFICATIONS

DIMENSIONS

TERMINAL TYPE

ABS (UL94:V0) CHARGE VOLTAGE

Gas Release Installation

Can be installed and operated in any orientation except permanently inverted Float charge voltage at 20°C

Cyclic (or Boost) charge at 20°C

CHARGE CURRENT

MAXIMUM DISCHARGE CURRENT

SHORT-CIRCUIT CURRENT & INTERNAL RESISTANCE (according to EN IEC 60896-21)

IMPEDANCE

VRLA Batteries release hydrogen gas which can form explosive mixtures in air. Do not place inside a sealed container

PERFORMANCE & CHARACTERISTICS

SAFETY

Recycling

YUASA's VRLA batteries must be recycled at the end of life in accordance with local and national laws and regulations

Handles

Batteries must not be suspended by their handles (where fitted) Vent valves

Each cell is fitted with a low pressure release valve to allow gasses to escape and then reseal.

Références

Documents relatifs

The sulphuric acid is an active material in the battery. It is consumed during discharge and produced during charge. Since the sulphuric acid is denser, when coming out of the

Study  of  the  relationship  between  spirituality  and  cancer  is  in  its  infancy.  Recently,  much  more 

o Rely on the Natural Resource Management Committee o Establish another group with local institutions, community. leaders and district

• Example on Yuasa NP7-12 battery (12 V / 7 Ah) : influence of temperature ACOUSTIC INTERROGATION DURING CYCLING.  Only a slight influence of temperature on ToF (excepted at SoC 0%

Figure 4: Evolution in the internal resistance of our battery as a function of its state of charge - constant current mode of operations - CIEMAT model conditions.. We have computed

Whichever data are used, the correction factor can then be used to adjust the mean level of blood lead for each study for the length of time the leaded-gasoline programme has been

Les matériaux à base de plomb exposés doivent être placés dans un conteneur étanche inerte pour être mis au rebut, voir la section 13.. 7 MANIPULATION

Recycling used lead-acid batteries is of public health concern because this industry is associated with a high level of occupational exposure and environmental