Battery Initial Charge (Formation) Rectifiers
| Brand | Redartı |
|---|---|
| Model Type |
R-AM-001 |
Description
Battery First Charge Rectifiers are devices used to charge the battery correctly when a new battery is purchased or when it is not used for a long time.
The Redartı Battery initial charge device is a special rectifier developed for the first charge process of batteries that take a long time. It shortens the charging time with advanced power control technique based on microprocessor and charges more batteries at the same time than its counterparts. Each program consists of steps where different durations and current values can be set. The user can change these step values, charge for a certain period with a current, and continue with a different charging time with a different current value after the period. By inserting steps with a current value of zero between the steps, batteries can be rested for the set time. Moreover, the device prevents batteries from being damaged during charging.
Display of actual parameters during charging
Display of end values at the end of charging
Display of total Ampere hour at the end of the process
Recording the last 10 errors
Viewing the end values of the last 45 charges retrospectively
Space Saving (60% smaller dimensions than 50 Hz systems)
Lighter (60% lighter aiming to reduce transportation and storage costs)
Charges with a more linear current and does not damage the internal structure of the battery.
Creates less water loss.
Charges with less electricity consumption, resulting in less CO2 emission.
Not affected by changes in mains voltage.
Charges with less current draw from the mains and uses thinner cables for mains connection.
Charges the battery with less heating during the charging process.
Lower ripple factor than Wowa systems (Wowa %48 / HF %2)
Automatic stop in case of battery connection error
Display of end values at the end of charging
Display of total Ampere hour at the end of the process
Recording the last 10 errors
Viewing the end values of the last 45 charges retrospectively
Space Saving (60% smaller dimensions than 50 Hz systems)
Lighter (60% lighter aiming to reduce transportation and storage costs)
Charges with a more linear current and does not damage the internal structure of the battery.
Creates less water loss.
Charges with less electricity consumption, resulting in less CO2 emission.
Not affected by changes in mains voltage.
Charges with less current draw from the mains and uses thinner cables for mains connection.
Charges the battery with less heating during the charging process.
Lower ripple factor than Wowa systems (Wowa %48 / HF %2)
Automatic stop in case of battery connection error
Easy Installation
Long Working Life Fully Automatic
Operation Program
Turkish Control Panel
Intelligent Error Tracking System
Control of All Process Parameters
Battery Temperature Measurement
Visual Error Messages
Independent Selection of 20 Different Programs
Charge Channels Automatically Stop at the end of the process
Automatic Charging Cut-off in Error Conditions
Charge Technique Extending the Life of the Battery High Efficiency
Easy Provision of Low Maintenance Requirements
Standard Parts
Silent Operation
Eco-friendly Design
Energy Saving System
Aesthetic Appearance
Battery Overheat Protection
Continuing from Where it Left Off After Power Outages
Long Working Life Fully Automatic
Operation Program
Turkish Control Panel
Intelligent Error Tracking System
Control of All Process Parameters
Battery Temperature Measurement
Visual Error Messages
Independent Selection of 20 Different Programs
Charge Channels Automatically Stop at the end of the process
Automatic Charging Cut-off in Error Conditions
Charge Technique Extending the Life of the Battery High Efficiency
Easy Provision of Low Maintenance Requirements
Standard Parts
Silent Operation
Eco-friendly Design
Energy Saving System
Aesthetic Appearance
Battery Overheat Protection
Continuing from Where it Left Off After Power Outages
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