SBS-2002 Digital Hydrometer
|
Battery
testing has never been this easy.Simply insert the nozzle into the
battery, depress the finder pump, and extract a few drops of sulfuric
acid (H2S04) electrolyte. Touch one button and the processor does
the rest. Within three seconds you have a temperature compensated
accurate reading of specific gravity and temperature.Field studies
show time savings of at least 5 times (500%) using the SBS-2002
Digital Hydrometer over a standard glass hydrometer and thermometer.
|
||
|
|||
Voltlogger - Data logging Battery Voltmeter CTL-100
|
The Voltlogger is a digital microprocessor controlled battery test instrument that replaces the traditional, potentially inaccurate, 'paper and pencil ' methods typically used during batter maintenance. The unit can be clipped to your belt, giving 'Hands free' operation. The Voltlogger has been specifically designed for the standby battery test industry. In the stationary (standby) mode the user can measure up to 2,048 readings of cell voltage. These are stored in 8 separate data strings of 256 readings, denoted by strings A through to H. In the motive power mode, up to 960 readings are stored in 20 strings of 48 readings, denoted by strings A through to T. The stored readings can be later downloaded to your PC via a standard RS-232 interface. It's that simple. The supplied software is also fully compatible with |
||
|
|||
The Hydrostik Digital Data logging Hydrometer CTL-200
|
The Hydrostik has been specifically designed for the battery test industry replacing the traditional, potentially inaccurate, 'paper and pencil ' methods previously used. The Hydrostik enables the user to collect and store over 2000 specific gravity and temperature readings. This data can then be downloaded and analyzed with the Win meter Battery Analysis Software supplied, enabling the user to quickly identify batteries that are likely to require preventative maintenance. The Hydrostik memory records the SG's and temperatures of the battery under test. Then transfer these to the data-logging module, which stores the readings of 8 Batteries, designated String A through to H, of up to 256 cells each. |
||
|
|||
BMOS 2000 Battery Monitoring System
|
BMOS takes
NEW steps in battery monitoring technologyBMOS 2000 probably offers
the highest safety of any battery monitoring system available by
converting the measured high common mode voltage data to safe digital
data at the battery itself. No high voltage, potentially hazardous
signal wiring looms are required to be run from the batteries themselves.
Other design features result in economic outlay and ease of installation
and operation. |
||
|
|||
Midtronics Monitron MCT 148
|
Monitron
Series Battery Conductance MonitoringA simple cost-effective approach
for monitoring remote battery sites.Early warning system reports
loss of battery capacity and conditions leading to thermal runaway.Continually
monitors 24V or 48V DC battery strings while they are in service.
Passive test method with no battery discharge or stress.Simple power cable attachment with eight fuse links.Analog and battery alarm outputs to host system. |
||
|
|||
Midtronics SecurePower 6/12
|
Battery Conductance
TesterThe Midtronics® SecurePower Battery Conductance Tester
provides a simple method to screen the state-of-health of popularly
sized 6 volt and 12 volt sealed lead-acid batteries.
|
||
|
|||
Midtronics Celltron
|
• High
ampere-hour testing capability • 16 internal memory registers capable of storing 480 consecutivetest results and overall string statistics • Enhanced backlit display and screen resolution • Voltage logging only option • Quick reset option for erroneous test entries • Measures individual cell and overall string health and voltage • Menu driven test sequence • Consistent, repeatable on-line testing without discharge to batteries |
||
|
|||
Midtronics Celltron ULTRA
|
Midtronics
battery testing products have been the industry leaders in the automotive,
telecommunications, power utility and commercial transportation
for more than a decade. Built upon this experience and proven technology,
the Celltron ULTRA offers advanced battery testing capabilities
for effective evaluation and maintenance of uninterruptible power
supplies.Batteries have been demonstrated to be the “weakest-link”
in most UPS systems, and historic methods for evaluation have been
cumbersome, confusing and inconclusive. The Celltron ULTRA combines
advanced conductance technology, state-of-the-art portable electronics
and convenient data management to facilitate fast, simple, safe
and accurate battery management.
|
||
|
|||
Zivan Battery Discharger
|
The ZIVAN battery
discharger at constant current is an indispensable portable device
to control the efficiency state of a battery, whether used or new.
It has been designed to replace in a much preferable manner, the
classical and bulky power resistor blocks, retaining its reliability,
but with the flexibility of electronic equipment.
|
||
Current Generator Multivoltage Battery Charger
|
This device
is able to charge batteries ranging from 0 to 80 Volt with an adjustable
current from 0 to 65 A. Time is adjustable from 1 to 72 hours. It
weights only 13 Kgms and is easily movable. It can be used for on
site assistance, for better charging any battery or for replacing
any failed old charger.It is essential in any assistance center
for charging a complete range of batteries. Moreover Used as a current
generator it can desulphate old batteries with simple selection
of a low constant current for a very long charging time. Batteries
from 6 to 72 V can be desulphated without any further control of
the operator while with traditional Ferro resonant chargers it is
needed a very keen and long monitoring. |
||
Battery Connectors
|
• All components must be in accordance with the European
regulations as well. In the case of plugs and sockets the corresponding
requirements are given in the European low-voltage directive 73/23/EEC
and its additions. Here is stated, that since January 1st 1997
these parts must show the CE-mark and a declaration of conformity. A precursor of these standards is the European Standard EN 1175-1 (identical with DIN VDE 0117-1). The plugs and sockets from REMA already conform to this standard. |
||
HDGI - Hydrogen Gas Detector
|
For
Lead-Acid Battery Charging Rooms And Other AreasWhere Hydrogen Is
PresentHydrogen gas detectors are hydrogen gas monitors that act
as hydrogen gas alarms and exhaust fan controllers.Lead-acid batteries
on charge emit hydrogen gas afterreaching the 80% recharge point.
Typical hydrogen emissions per battery are: Concentrations of 4.1% to 75% mixed with air can be explosive. Sparks or hot surfaces can ignite them. A hydrogen gas detector in your battery room will provide a warning and facilitate dissipation of hydrogenconcentrations before they reach the lower explosive limit (LEL) of 4.1%. |
||
|
|||
MCC - Automatic Start-Stop Microcomputer Charger Control
|
Easy
Installation: Installation on most chargers is easy - - there are
only four wires to connect. Using one screw on the back, the MCC
attaches to the outside of the charger to remain cool for long life. Automatic Operation: Simply connect the battery and walk away - no dials to twist or settings to adjust. (To avoid impact or contamination damage, you can locate your charger out of reach.) Display lights indicate the charge status. If the battery is disconnected during charge, the MCC will turn the charger off. Should the ac power go off, the MCC will restart most chargers when power returns. Minimum charge time is normally 60 minutes. Microprocessor Controlled: The heart of the MCC is the software inside the microprocessor. This software gives the MCC its accuracy, reliability and long life. It allows the MCC to handle various battery / charger combinations. |
||
|
|||
BATTERY
RACKS AND CABINETS |
|||
 
 
|
|||
