MARSTEK HF-00095

Pukapuka Kaiwhakamahi mō te Marstek Smart Circuit Breaker HF-00095

Model: HF-00095 | Brand: MARSTEK

1. Kupu Whakataki

This manual provides comprehensive instructions for the installation, operation, and maintenance of your MARSTEK Smart Circuit Breaker HF-00095. This device offers adjustable overvoltage, whakahekeheketage, and overcurrent protection, along with energy monitoring capabilities, to safeguard your electrical equipment.

2. Nga Korero Haumaru Nui

Please read and understand all safety instructions before installing or operating the device. Failure to follow these instructions may result in electric shock, fire, or serious injury.

3. Hua Neke Atuview me nga ahuatanga

The MARSTEK Smart Circuit Breaker HF-00095 is designed to provide intelligent protection and monitoring for your electrical circuits. It features a digital display for real-time voltage and current, and allows for customizable protection settings.

Diagram showing the functions of the MARSTEK Smart Circuit Breaker HF-00095, including real-time voltage and current display, work indicator lights, 'SET' button for settings, up/down keys for value adjustment, and manual power off button.
This diagram illustrates the key components and functions of the circuit breaker:
  • Wā-tūturu Voltage Whakaatu: Ka whakaatu i te voltage.
  • Real-Time Current Display: Ka whakaatu i te o naianei ampwhakatipu
  • Work Indicator Lights: Indicate operational status and protection events.
  • PATU Whakatakotoria: Long press to enter settings mode.
  • Kī Runga me Raro: Used to adjust overvoltage, whakahekeheketage, and overcurrent values.
  • Manual Power Off Button: Allows for manual disconnection of the circuit.

Ko nga ahuatanga matua ko:

4. Whakatakotoranga Hangarau

Table showing technical parameters of the MARSTEK Smart Circuit Breaker, including supply terminals, rated supply voltage, frequency, setting ranges for over/undervoltage, voltage hysteresis, trip delay, accuracy, max operating voltage/current, altitude, function, humidity, ambient temperature, net weight, and size.
The following table details the technical specifications of the MARSTEK Smart Circuit Breaker HF-00095:
TawhāUara
Supply TerminalsN, L
Whakatauria VoltageAC 110V; DC 85-300V
Auautanga Whakatau40/50/60 / 70Hz
>U Setting Range (Overvoltage)AC130-300V; DC130-300V
<U Setting Range (Undervoltage)AC80-210V; DC85-210V
Voltage Hīterei5V
Whakawhanatage Roa Haerenga0.5s
Voltage Tika<1%
Max. Operating Phase Voltage350V
Max. Te Mahi o Naianei40A/63A
Te teitei≤2000m
MahiTiaki Uira
Te Haumaama Paanga Whakaaetia≤50% at 40°C (Without Condensation)
Te Paemahana Ambient-25°C ~ +55°C
Taumaha Kupenga159g
Rahi81*36*66mm

5. Tāuta me te Waea

Proper installation is crucial for the safe and effective operation of the MARSTEK Smart Circuit Breaker. Refer to the wiring diagram below and follow all safety precautions.

Wiring diagram and dimensional drawing for the MARSTEK Smart Circuit Breaker HF-00095, showing input (N, L) and output (N, L) connections to a load, along with physical dimensions in inches.
This diagram illustrates the correct wiring connections for the device. Connect the incoming neutral (N) and live (L) wires to the "IN" terminals. Connect the outgoing neutral (N) and live (L) wires from the "OUT" terminals to your protected load. Ensure all connections are secure. The dimensional drawing provides physical measurements for installation planning.

Hipanga Tāuta:

  1. Momotu Hiko: Before starting any electrical work, ensure all power to the circuit is completely disconnected at the main service panel. Verify with a voltage Kaiwhakamatautau.
  2. Whakapiki: Mount the circuit breaker securely in a suitable electrical enclosure or panel. The device is designed for DIN rail mounting or screw mounting.
  3. Waea Whakauru: Connect the incoming Neutral (N) wire to the terminal marked 'N IN' and the incoming Live (L) wire to the terminal marked 'L IN'.
  4. Waea Putanga: Connect the outgoing Neutral (N) wire from the terminal marked 'N OUT' and the outgoing Live (L) wire from the terminal marked 'L OUT' to the load you wish to protect.
  5. Hononga Haumaru: Ensure all terminal screws are tightened securely to prevent loose connections, which can cause overheating or intermittent operation.
  6. Whakaora Hiko: Once all connections are verified and secure, restore power to the circuit at the main service panel.

6. Operation and Parameter Settings

Upon power-up, the device will display real-time voltage and current. You can adjust the protection parameters to suit your specific needs.

Adjusting Protection Parameters:

  1. Whakauruhia nga Tautuhinga: Pehia roa te SET button until the display changes, indicating entry into the settings menu.
  2. Navigate Parameters: Whakamahia te Up () me Ki raro () buttons to cycle through the available parameters (e.g., overvoltage trip value, undervoltage trip value, overcurrent trip value, recovery delay time).
  3. Tīpakohia te Tawhā: Pehia te SET button briefly to select the currently displayed parameter for adjustment.
  4. Whakatika Uara: Whakamahia te Up () me Ki raro () buttons to change the parameter's value.
  5. Whakaū me te Puta: Perehi SET again to confirm the new value and move to the next parameter. To exit the settings menu at any time, long press the SET pātene.

Default Protection Settings:

Automatic Reset Function:

In the event of an overvoltage, whakahekeheketage, or overcurrent condition, the circuit breaker will automatically cut off power to protect the connected load. After a default delay of 30 seconds, the device will attempt to restore power. If the fault condition persists, it will remain disconnected and attempt to reset again after another delay.

Diagram illustrating the automatic reset process of the circuit breaker: Overvoltage/Irarotage/Overcurrent circuit cut-off, followed by a 30-second default delay, then circuit reset automatically after 30 seconds, and if abnormality persists, it continues to wait.
This diagram explains the automatic reset sequence:
  1. Upon detection of overvoltage, whakahekeheketage, or overcurrent, the circuit is cut off.
  2. A default delay of 30 seconds begins.
  3. After 30 seconds, the circuit attempts to reset automatically. If the abnormality is resolved, power is restored. If the abnormality persists, the device continues to wait before another reset attempt.

7. Tiaki

The MARSTEK Smart Circuit Breaker HF-00095 requires minimal maintenance to ensure optimal performance and longevity.

8. Te Raru

If you encounter issues with your MARSTEK Smart Circuit Breaker, refer to the following troubleshooting guide:

9. Pūtāhui me te Tautoko

For detailed warranty information regarding your MARSTEK Smart Circuit Breaker HF-00095, please refer to the product packaging or visit the official MARSTEK webpae.

For technical support, troubleshooting assistance, or any other inquiries, please contact MARSTEK customer service through their official contact channels, which can typically be found on their webpae, tuhinga hua ranei.

Tuhinga e pa ana - HF-00095

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