HYTRONIK HBEM02 Emergency Inverter Instruction Manual

HYTRONIK HBEM02 Emergency Inverter Instruction Manual

Product Description

HBEM02 is an emergency inverter with RJ12 connection for optional sensor heads SAM20, SAM21, SAM22, SAM23, HIR05, HIR05/FM, HIR07, HIR11 series, HIR12, HIR63 series. When the sensor head is not attached to, HBEM02 alone is a normal emergency inverter with self-test function. With gateway HBGW01 ready, user can generate emergency testing report through our app. HBEM02 can also conduct monthly or annually testing automatically and user can get email notification as soon as fault is detected. Meanwhile, simple device setup and commissioning can be done via app.

App Features

Hardware Features

Emergency Features

Technical Specifications

Mechanical Structure & Dimensions

HBEM02

Wire Preparation

Wiring Diagram

With sensor head

Without sensor head

Loading and In-rush Current

Circuit Breaker Information

Calculation uses typical values from ABB series S200 as a reference. E.g. Maximum amount =16/(Pn/230). We recommend to use no more than 60% of the data as the actual max. number of drivers in real application. Actual values may differ due to used circuit breaker types and installation environment.

Performance Characteristics

![HYTRONIK HBEM02 Emergency Inverter Instruction Manual

• Performance Characteristics](https://manuals.plus/wp-content/uploads/2023/07 /HYTRONIK-HBEM02-Emergency-Inverter-Instruction-Manual-Performance- Characteristics-2.jpg)

Normal Mode
It is the mode in which mains supply is available, with the battery charged or charging. In this mode, HBEM02 can be controlled by app to set emergency parameters.

Emergency Mode
It is the mode in which mains supply has failed and whilst the control gear is powered by the battery until deep discharge point. In this mode, HBEM02 is unable to be controlled by motion sensor, Push switch and app. However, some emergency parameters can still be configured via the app, such as time scheduled for self-test, duration for extended emergency mode etc.

Rest Mode
It is the mode in which the luminaire is intentionally off whilst the control gear is powered by the battery. To enter this mode, the prerequisite is that there is no mains supply. In this mode, the luminaire will be turned off automatically and HBEM02 is powered by the battery. If the luminaire is forced to turn on in this mode, HBEM02 will then be adjusted to emergency mode. When mains supply is recovered, HBEM02 will return to normal mode.

Inhibit Mode
It is the mode in which HBEM02 is powered from the mains but prevented from going into emergency mode in the event of mains failure. Please enter this mode only in special applications whereby emergency function is not needed, such as when electrician needs to cut off power supply when doing examination and maintenance work for HBEM02.

Extended Emergency Mode
It is the mode in which the control gear continues to operate the lamp in the same way as in emergency mode for the programmed prolong time after the restoration of the mains supply. When this mode is enabled, HBEM02 will remain in emergency mode even when mains supply is recovered. In this mode, the user has to set the time extended for emergency mode; when the time extended elapses, HBEM02 will then return to normal mode.

Self test (Monthly)
HBEM02 carries out routine test on emergency lighting based on pre-programmed time via the app or after receiving manual commands from the app. During the self test process, tests for load connections (such as open circuit, short- circuit) and battery connections (such as open circuit, short-circuit, polarity reversal etc.) will be carried out.

Self test (Annually)
The test is carried out mainly to check the battery level. The user has to make sure that the battery for HBEM02 is fully charged before HBEM02 carries out annual test or annual test. Also, the battery lifetime statistics will be analysed and displayed on a chart basis.

LED Diagnostics

*If you want to see the diagnostic report, please go to the APP or web platform to see the full report and analysis
Note: Before powering on, please plug in the sensor head and then plug in the battery, otherwise the sensor is disabled. Remedy: Only after the APP is reset and re-connected to the network can the sensor head be re-identified.

Battery Pack Options

Please kindly note that the optimal storage temperature should be 22°C to28°C.
The relative humidity (RH) for battery storage should be 45% to 85%.
Keep the battery wires unconnected if the battery is intended to be stored for more than 3 months.
The maximum battery cycles under 55°C should not exceed 80 times.
Please kindly charge battery for 24 hours before using.
Do not short-circuit the battery pack.
In case of a short circuit the battery protection opens the connection to the driver and the output is therefore free of voltage. At this time, it will falsely report battery failure
The output will be reactivated again when the short circuit is removed.

Technical Specifications for Sensor Heads

• The detection range is heavily nuanced by sensor placement (angle) and different walking paces. It may be reduced under certain conditions.

PIR & microwave sensor heads

The range of PIR and microwave sensor heads below offers powerful number of Plug’n’Play feature options to expand the edibility of luminaires design. This approach to luminaire design reduces space requirements and component costs whilst simplifying production.

Detection Pattern

Additional Information / Documents

1. Regarding precautions for Bluetooth product installation and operation, please kindly refer to www.hytronik.com/download/knowledge ->Bluetooth Products – Precautions for Product Installation and Operation
2. Regarding precautions and usage for LiFePO4 battery, please kindly refer to www.hytronik.com/download/knowledge ->LiFePO4 Battery – Precautions and Usage
3. Data sheet is subject to change without notice. Please always refer to the most recent release on www.hytronik.com/products/bluetooth technology ->Bluetooth Emergency Driver/Inverter
4. Regarding Hytronik standard guarantee policy, please refer to www.hytronik.com/download/knowledge ->Hytronik Standard Guarantee Policy

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