Nhanganyaya
This manual provides detailed instructions for the installation, operation, and maintenance of the DROK Bidirectional Volt Amp Meter, Model 200536FBA. This 7-in-1 monitor is designed to measure DC voltage, current, power, battery capacity, amp-hour, watt-hour, and time, featuring a clear color LCD display and a Hall sensor for non-contact current measurement.
Product Features
- 7-in-1 Measurement: Simultaneously displays DC voltage (0-90V), current (0-300A), power, battery capacity, amp-hour, watt-hour, and time on a 1.8-inch LCD color screen.
- Bidirectional Ammeter: Detects current flow in both charging and discharging directions without requiring changes to wiring.
- Mabasa Ekudzivirira Akakwana: Includes Over-Voltage Protection (OVP), Over-Current Protection (OCP), Over-Power Protection (OPP), Low-Voltage Protection (LOP), Over-Charge Protection (OAH), and Over-Time Protection (OFT).
- Memory Basa: AH power-off memorized function retains data.
- Reset and Calibration: Features time and AH reset functions, along with a calibration capability for accurate readings.
- Display Control: LCD screen can be switched off automatically or manually.
- Kudzora Kubuda: Connects to a relay (not included) for enabling/disabling output via a control button.
Package Zviri mukati
Tarisa uone kuti zvinhu zvese zviripo mupakeji:
- 1x Charge-Discharge Monitor (Display Unit)
- 1x Hall Sensor (Current Sensor)
- 1x 50cm Shielding Wire (for connecting display to sensor)
Image: The complete package contents, showing the display unit, Hall sensor, and the included shielding wire.
Zvinotsanangurwa
| Parameter | Value |
|---|---|
| Kuyera Parameters | Voltage, Current, Power, Battery Capacity, Amp-Hour, Watt-Hour, Time |
| Voltage Measurement Range | DC 0-90V |
| Current Measurement Range | DC 0-300A |
| Voltage Kuyera Kwazvo | ± 2% ± 5 manhamba |
| Ikozvino Kuyera Kurongeka | ± 3% ± 5 manhamba |
| Display Resolution | 0.1A, 0.01V, 0.01AH, 0.01H (1 min) |
| Chiyero Chiyero | 5 nguva / sekondi |
| Display | 1.8 inch LCD Color Screen |
| Meter Overall Dimension | 79 x 43 x 26mm (3.11 x 1.69 x 1.02 inchi) |
| Meter Opening Hole Size | 76.5 x 39.2mm (3.01 x 1.54 inch) |
| Hall Sensor Saizi | 57 x 32 x 50mm (2.24 x 1.26 x 1.97 inch) (with screw and copper pillars) |
| Hall Sensor Hole Diameter | 20mm (0.79 inch) |
| Kupfuura-Voltage Dziviriro (OVP) | 0.01V-90V |
| Kupfuura-Kwazvino Kudzivirirwa (OCP) | 0.1-100A |
| Kudzivirira Kwesimba Kupfuura (OPP) | 0.01W-9.99KW |
| Yakadzika-Voltage Protection (LOP) | 0.01V-90V |
| Over-Charge Protection (OAH) | 0.01AH-9999AH |
| Over-Time Protection (OFT) | 1min-99hour59min |
Image: Physical dimensions of the display unit and the Hall sensor for installation planning.
Setup uye Installation
Proper wiring is crucial for accurate measurements and safe operation. The Hall sensor measures current by passing the load wire through its central hole. The display unit requires a power supply (DC 10-60V) and connects to the Hall sensor via the provided shielding wire.
Image: Three common wiring configurations for the meter, showing connections to battery, load, and optional relay.
Wiring Configuration 1: Basic Monitoring (Self-Powered)
In this configuration, the meter is powered directly from the battery being monitored. This is suitable for systems where the battery voltage is within the meter's operating range (10-60V).
- Connect the positive terminal of the battery to the 'Bat+' terminal on the Hall sensor.
- Connect the negative terminal of the battery to the 'Bat-' terminal on the Hall sensor.
- Pass the negative load wire through the central hole of the Hall sensor. Ensure the direction of current flow through the sensor matches the arrow on the sensor for correct bidirectional readings.
- Connect the display unit to the Hall sensor using the provided 50cm shielding wire.
- Ensure the jumper cap on the Hall sensor is placed to select the self-powered mode (typically labeled '10-60V' or similar, check the sensor board for exact markings).
Wiring Configuration 2: External Power Supply
Use this configuration when the battery voltage is outside the meter's operating range (e.g., 0-10V or above 60V) or if you prefer a separate power source for the meter.
- Connect the positive terminal of the battery to the 'Bat+' terminal on the Hall sensor.
- Connect the negative terminal of the battery to the 'Bat-' terminal on the Hall sensor.
- Pass the negative load wire through the central hole of the Hall sensor.
- Connect the display unit to the Hall sensor using the provided 50cm shielding wire.
- Connect an external DC power supply (10-60V) to the 'Vext+' and 'Vext-' terminals on the Hall sensor.
- Remove the jumper cap from the Hall sensor to enable external power mode.
Wiring Configuration 3: With Relay for Output Control
This setup allows the meter to control an external relay (not included) based on configured protection parameters (e.g., over-current, low-voltaguye).
- Follow either Configuration 1 or 2 for basic power and measurement connections.
- Connect the relay's control terminals to the 'Relay+' and 'Relay-' terminals on the Hall sensor.
- Ensure the jumper cap is set correctly for the chosen power mode (self-powered or external).
- The meter's output control button can then be used to enable/disable the relay, or the relay can be triggered automatically by protection settings.
Operating Instruction
The DROK Volt Amp Meter features a user-friendly interface with a color LCD and three control buttons: Up, OK, and Down.
Image: The main display interface, showing voltage, current, capacity, power, time, and protection status indicators.
Ratidza Pamusoroview
The 1.8-inch color LCD simultaneously displays:
- Voltage (V): Top left, large font.
- Zvazvino (A): Below voltage, large font.
- Battery Capacity (%): Graphical bar and percentage.
- Amp-Hour (AH): Accumulated charge/discharge.
- Watt-Hour (WH): Accumulated energy.
- Simba (W): Instantaneous power.
- Time (H): Nguva yadarika.
- Zviratidzo zvekudzivirira: OVP, OPP, OCP, OFT, OAH, LOP (Over-Voltage, Over-Power, Over-Current, Over-Time, Over-Charge, Low-Voltage Dziviriro).
Bhatani Mabasa
- Bhatani reKumusoro Navigates upwards through menu options or increases values during settings.
- Bhatani reMuseve Wepasi: Navigates downwards through menu options or decreases values during settings.
- Bhatani RAKANAKA: Enters menu, confirms selections, or toggles display modes (e.g., battery graph). Press and hold to access certain functions or calibration mode.
Resetting AH and Time
To reset accumulated Amp-Hours (AH) and Time, navigate to the relevant display screen using the arrow buttons. Press and hold the OK button until the values reset. This is useful for monitoring specific charge/discharge cycles.
Calibration Procedure
For optimal accuracy, calibration may be required. Follow these steps carefully:
- Pinda Calibration Mode: While the device is powered off, press and hold the OK button. While holding OK, switch the power to the device ON. Release the OK button as soon as the display illuminates.
- Navigation in Calibration Mode: In calibration mode, press the OK button to move from one menu item to the next. Use the Up uye Pasi arrow keys to adjust values.
- Zero Current Calibration: Before calibrating current readings, ensure no current is flowing through the Hall sensor. Switch off all loads. Press OK until the "0.0 A" option is selected, then press the Pasi arrow once to zero out the current reading.
- Positive Current Calibration (+A): To calibrate current in the charging direction, ensure current is flowing from the charging source into your battery. Press OK until the "+A" option is selected, then use the arrow keys to adjust the reading to match a known accurate current measurement.
- Negative Current Calibration (-A): To calibrate current in the discharging direction, ensure current is flowing out of your battery into your loads. Press OK until the "-A" option is selected, then use the arrow keys to adjust the reading to match a known accurate current measurement.
- Sevha Settings: After completing all calibrations, navigate the cursor to the "Save" option using the OK button. Select "Save" to store your settings.
- Exit Calibration Mode: To exit calibration mode, simply switch the power to the unit OFF, then ON again.
Dziviriro Mabasa
The meter includes several programmable protection functions to safeguard your system:
- OVP (Kupfuura-Voltage Protection): Configurable from 0.01V to 90V. Triggers when voltage inodarika muganho wakatarwa.
- OCP (Over-Current Protection): Configurable from 0.1A to 100A. Triggers when current exceeds the set limit.
- OPP (Over-Power Protection): Configurable from 0.01W to 9.99KW. Triggers when power consumption exceeds the set limit.
- LOP (Low-Voltage Protection): Configurable from 0.01V to 90V. Triggers when voltage inodonha pasi pemuganhu wakatarwa.
- OAH (Over-Charge Protection): Configurable from 0.01AH to 9999AH. Triggers when accumulated charge exceeds the set limit.
- OFT (Over-Time Protection): Configurable from 1 minute to 99 hours 59 minutes. Triggers when operation time exceeds the set limit.
When a protection limit is reached, the meter can activate an external relay (if connected) to disconnect the load or charging source.
Mamwe Mabasa
- AH Power Off Memorized Function: Retains accumulated Amp-Hour data even after power loss.
- LCD Screen Auto/Manual Switch Off: The display can be configured to turn off automatically after a period of inactivity or can be manually toggled.
Maintenance
The DROK Bidirectional Volt Amp Meter is designed for durability and requires minimal maintenance.
- Kuchenesa: Shandisa jira rakapfava, rakaoma kuchenesa chiratidziro wobva wadzvanyaasing. Dzivisa abrasive cleaners kana solvents.
- Environmental Conditions: Operate the meter within its specified temperature and humidity ranges. Avoid exposure to extreme temperatures, direct sunlight, or moisture.
- Wiring Inspection: Nguva nenguva tarisa kubatanidza kwewaya kwese kusimba uye zviratidzo zvekusakara kana ngura.
Kugadzirisa matambudziko
- Hapana Chiratidziro/Simba:
- Check power connections to the Hall sensor.
- Ita shuwa kuti magetsi emagetsi awandatage iri mukati mehuwandu hwe10-60V.
- Verify the jumper cap setting for self-powered or external power mode.
- Check the shielding wire connection between the sensor and the display.
- Incorrect Current Readings:
- Ensure the load wire passes correctly through the Hall sensor's central hole.
- Verify the direction of current flow relative to the arrow on the Hall sensor.
- Perform a current calibration as described in the "Operating Instructions" section.
- If monitoring both charging and discharging, ensure only the main battery wire (or the wire carrying the net current) passes through the sensor. Incorrect wiring can lead to inaccurate bidirectional readings.
- Inaccurate Voltage Kuverenga:
- Tarisa voltage connections to the Hall sensor.
- Ita shuwa kuti kubatanidza kwakachengeteka uye hakuna ngura.
- Protection Function Not Triggering:
- Verify that the protection limits are set correctly in the meter's menu.
- Ensure the external relay (if used) is correctly wired and functional.
Warranty uye Support
Specific warranty information for the DROK Bidirectional Volt Amp Meter (Model 200536FBA) is not provided in this manual. For warranty claims, technical support, or further assistance, please refer to the product packaging, the seller's website, or contact DROK customer service directly.