Need help?Do you have a question about the BAE OPzV Series and is the answer not in the manual?
General| Brand | BAE |
|---|---|
| Model | OPzV Series |
| Category | Camera Accessories |
| Language | English |
Harmful dilute sulfuric acid, conductivity, and corrosion risks.
High voltage, high current shock and short circuit hazards.
Risk of explosion from generated gases causing blindness and injury.
Checking for leaks and box damage upon delivery.
Inspecting for hidden damage within 10 days of delivery.
Verifying all ordered accessories are included with the system.
Storing VRLA batteries, charging intervals, and freeze protection.
Maintaining batteries taken out of service on float or equalize charge.
Storing accessories safely to prevent loss or misplacement.
Inspecting existing racks for alignment, cleanliness, and insulation before installation.
Procedures for assembling and installing new battery racks, ensuring levelness.
Guidelines for placing cells vertically on racks, ensuring proper alignment and spacing.
Instructions for horizontal cell placement, avoiding damage to covers and seals.
Cleaning battery posts and applying no-ox grease for optimal connection.
Connecting cells using thermoplastic or flex connectors with M10 Allen bolts.
Bolting terminal plate assemblies, specifying torque settings for connections.
Cleaning the battery room and cells, applying numbering stickers.
Placing batteries into service on float charge at 2.25 VPC for 24 hours.
Using equalize charge at 2.33-2.40 VPC for 24-72 hours for full charge.
Optimal float voltage of 2.25 VPC for battery life and capacity.
When equalization is needed and how to perform it, including voltage and duration.
Charging current limits based on battery voltage and capacity.
Adjusting charging voltage based on ambient temperature for optimal performance.
Recommended and ideal operating temperature ranges for battery life and performance.
Guidelines on discharge cycles and avoiding over-discharge.
Recharging batteries promptly after discharge to prevent damage.
Keeping batteries clean with water, avoiding solvents and electrostatic discharge.
Checking and recording system voltage and input current quarterly.
Measuring and recording individual cell voltages semi-annually and annually.
Measuring and recording cell temperatures off the negative battery post.
Measuring float current to determine state of charge accurately.
Consistently measuring connection resistance to detect changes and initiate corrective action.
Performing discharge tests with constant current/power, considering operating conditions.
Ensuring battery is fully charged and at recommended temperature before capacity testing.
Maintaining stable discharge current within specified tolerances during testing.
Checking individual cell voltages at specific discharge points during the test.
Calculating final discharge voltage based on individual cells and total cells.
Terminating capacity test based on time or final discharge voltage.
Correcting measured capacity if initial temperature deviates from 25°C (77°F).
Contacting BAE if target capacity is not met, considering replacement if below 80%.
Recharging the battery according to procedures immediately after capacity testing.
To Next Page
