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4.2.2. Programming table

Programming table for BatteryProtect 12/24V

7-segment display

Under voltage shutdown 12V/24V system

Under voltage restart 12V/24V system

0

10.5V/21.0V

12.0V/24.0V

1

10.0V/20.0V

11.5V/23.0V

2

9.5V/19.0V

11.5V/23.0V

3

11.25V/22.5V

13.25V/26.5V

4

11.5V/23.0V

13.8V/27.6V

5

10.5V/21.0V

12.8V/25.6V

6

11.5V/23.0V

12.8V/25.6V

7

11.8V/23.6V

12.8V/25.6V

8

12.0V/24.0V

13.0V/26.0V

9

10.0V/20.0V

13.2V/26.4V

A

Buzzer or LED mode

b

Relay mode

C

Lithium mode

d

Detect system voltage

4.3. Status indicator

The decimal point of the 7-segment display is used for status indication:

• Illuminated: the BatteryProtect is attempting to activate the output.

• Flash every 5 seconds: output is active.

• Flash every 2 seconds whilst in Li-ion mode: output ‘connecting’. When in Li-ion mode the SBP will observe a dead period of 30

seconds after the remote input of the BP has become free floating.

4.4. Remote control and short circuit behavior

This section describes the behaviour of the BatteryProtect when it is controlled via the remote on/off input and when a short circuit
has been detected.

• The BatteryProtect will connect the load 1 second after the remote input is closed.

• The BatteryProtect will disconnect the load immediately when the remote input is opened.

• When in Li-ion mode the BP will connect the load 30 seconds after the remote input of the BP has been pulled high by the

BMS. This delay increases to 3 minutes in case of frequent switching.

• In case of a short circuit, the BatteryProtect will attempt to connect the load every 5 seconds. After two attempts the display will

show E1 (short circuit detected).

4.5. Error & Warning modes

There are 4 possible error modes, indicated by the 7-segment display:

• E1 Short circuit

• E2 Over temperature / P2 Over temperature warning

• E3 Under voltage / P3 Under voltage warning

• E4 Over voltage

After 5 minutes the error is no longer displayed to reduce current consumption.

Please refer to the appendix chapter 

Error and Warning codes [13]

 for more info on each error.

BatteryProtect 12/24V

Page 11

Operation and programming

Содержание battery protect BP 100

Страница 1: ...BatteryProtect 12 24V 12 24V 65A 12 24V 100A 12 24V 220A rev 00 08 2022 ENGLISH...

Страница 2: ...3 3 4 BatteryProtect in a lithium system with external BMS and load disconnect output 7 3 3 5 Two BatteryProtects for load and charger control 8 3 3 6 BatteryProtect Alarm output wiring 8 4 Operation...

Страница 3: ...remote on off port to protect from over voltage Compared to the Smart BatteryProtect the BatteryProtect must be programmed via the PROG pin to GND pin method The BatteryProtect is a uni directional d...

Страница 4: ...nt in case of Li ion batteries especially after low voltage shutdown Over voltage protection To prevent damage to sensitive loads due to over voltage The load is disconnected whenever the DC voltage e...

Страница 5: ...uit protection of the BP will be activated if you try to directly connect loads with capacitors for example inverters or inverter chargers on their DC inputs For that use case please use the BP to con...

Страница 6: ...inverter charger via a BP you must use the BP to control the inverter or inverter charger via its remote port See example below Note that the image shown below is an example for all BatteryProtect mod...

Страница 7: ...the load after 90 seconds automatically DC loads BatteryProtect in a simple system with wire loop between L and H input factory default The same example below This time the switch is wired between bat...

Страница 8: ...s the BP via its remote terminal For this the BatteryProtect must be programmed to Li ion mode The dry contact is wired between the L and H connectors of the remote terminal If for example ATD opens i...

Страница 9: ...when there is an actual low cell voltage and the BP will disconnect the load and remains off for 30 seconds even if it receives a restart signal H becomes high again within this period After this 30...

Страница 10: ...of the BPs always follow the current flow from IN to OUT The positive terminal of the charger goes to the IN input of the BP DC loads BP 65 charge disconnect BP 65 load disconnect Two BatteryProtects...

Страница 11: ...l disconnect the load after 90 seconds and the relay will disengage In case of over voltage the load will be disconnected immediately and the alarm output will remain inactive Overvoltage trip levels...

Страница 12: ...re is a connection between the PROG pin and the GND pin the 7 segment display will first step through the shutdown and restart voltage combinations as indicated by the numbers 0 9 see the Programming...

Страница 13: ...ehavior This section describes the behaviour of the BatteryProtect when it is controlled via the remote on off input and when a short circuit has been detected The BatteryProtect will connect the load...

Страница 14: ...roof Load disconnect delay 90 seconds immidiate if triggered by a BMS Load reconnect delay 30 seconds Default thresholds Disengage 10 5 V or 21 V Engage 12 V or 24 V Operating temperature range Full l...

Страница 15: ...re 1 Confirm that the load current draw does not exceed the BP current rating 2 Check for loose high resistance connections and ensure that appropriate gauge wiring is used in the installation 3 Do no...

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