Data Sheet for the Hyperion

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Here you can find the data sheet for the Hyperion

Hyperion IoT mioty und LoRaWAN Energiezähler

• The Hyperion is a multifunctional bidirectional energy meter that is just 90 mm (5HP) slim and offers outstanding flexibility and accuracy.
• Via direct or current transformer connection, it helps to analyze and monitor a wide range of parameters in the most demanding applications in residential, commercial or industrial environments.
• It combines the functions of an energy meter and a data logger and provides additional measured values such as current, voltage, power, etc.
• Data transmission via mioty or LoRaWAN (depending on the mioty or LoRaWAN version)

Characteristics

• Bidirectional meter (supply and consumption)
• MID B + D approval for billing purposes
• Environmental conditions Mechanical: M2
• 1 and 5 A current transformer connection for up to 20,000/5 or 4,000/1 A,
  the transformer ratio can be configured several times via sealable buttons
• Direct connection up to 100A
• 2 or 4 tariffs (configurable on the meter)
• High load opto power MOSFET 
• S0 pulse output, 5-60V AC and V DC
• Graphic LC display (38x28 mm), with backlighting
• Dynamic 8-digit display with up to three decimal places
• Radio interface mioty or LoRaWAN

MID approval for billing purposes

The Hyperion has been tested and approved in accordance with MID module B + D (Measurement Instrument Directive 2004/22/EC of the European Commission).

It therefore has the necessary declaration of conformity. The additional certification according to Module D, QM system for production and final inspection, means that you can use all Hyperion energy meters ex works for billing purposes within the European Union and the European Economic Area (EEA).

Operation on the display

A 38x28 mm graphic LC display with backlighting makes it possible to read measured values and settings even in difficult lighting conditions.

The desired menu language can be selected via buttons. The clear and intuitive operation makes commissioning and daily work with the energy meters easier

Accuracy for photovoltaic systems

The Hyperion has been specially tested for use with inverters in photovoltaic systems. The additional test guarantees that the Hyperion energy meters deliver an exact measurement result in the unregulated frequency range between 2 kHz and 150 kHz.

Renowned trade journals have reported on this challenge, stating that measurement errors of up to 18% can occur in such systems.

Current transformer

The current transformer ratio of the Hyperion with MID approval can be configured several times from 5/5 to 20,000/5 A or 1/1 to 4,000/1 A using buttons.
The service button can be sealed and prevents tampering; configuration changes are also logged and archived.

Highlights

• MID B+D approval
• Bidirectional meter
• Proof of frequency-independent measuring mechanism in the range 2 kHz to 150 kHz in accordance with 
• Integrated tamper detection

 

 

 

 

 

 

 

 

 

 

Measured values on the display

The table of available measured values is not exhaustive. Additional measured values are constantly being integrated and made available via the graphic display and readout interface.

Features

• Logbook for calibration-relevant events and configuration changes
• Change of time or date
• Change of the current transformer ratio
• Changing the pulse rate and pulse duration
• Change of the voltage transformer ratio
• Buffered internal clock

The internal clock is buffered in the event of a power failure. The load profile is 
saved every 15 minutes. The memory can be read out via the interface or 
viewed on the display.

LoRaWAN and mioty radio station

LoRaWAN or mioty radio technology enables communication between measuring devices, sensors and actuators via freely usable radio frequencies. mioty and LoRa are designed to bridge long distances while complying with the latest security technologies and have been specially developed for the Internet of Things (IoT).

The Hyperion has an optional integrated LoRa wireless interface. It is designed as a class C device and is therefore able to receive LoRa commands at any time. The measured values to be transmitted are freely configurable and can be flexibly adapted to local conditions and requirements. 

The mioty version is only capable of uplink, i.e. it cannot receive downlinks (upcoming)

Operation of LoRa and mioty networks

The Hyperion energy meter can be

• into existing LoRa or mioty networks
• in self-operated LoRa or mioty networks 
• in mioty networks provided by DIEHL

can be integrated. This also enables the cost-effective operation of your own LoRa networks.

Features:

• Internal built-in antenna, optimized for the 863-870 MHz frequency band
• Model with optional SMA socket for connecting an external antenna
• Both antennas have an attenuation of 14dBm
• Class C device, can also be operated as a class A device
• Automatic time synchronization through the LoRa network
• Supports OTAA and ABP as join method
• Interval and content of the uplink messages can be flexibly adapted
• Decoders and encoders are already stored in The Things Network
• The decoders and encoders are freely available for integration into other systems
• LoRa and mioty status display on the LC display

Ordering information (TBD)

3/100

3/5

Product information

Disclaimer
This documentation may contain forward-looking statements that are based on current assumptions and estimates of the company management. Forward-looking statements are identified by the use of corresponding formulations. These statements are not to be understood as guarantees that these expectations will prove to be correct. Future performance and the results actually achieved by Sentinum GmbH and its affiliated companies depend on a number of risks and uncertainties and may therefore differ materially from the forward-looking statements. Various of these factors are beyond the company's control and cannot be accurately predicted, such as the future economic environment and the behavior of competitors, other market participants and legislators. There are no plans to update the forward-looking statements, nor does the company assume any separate obligation to do so.

 

 

Documentation Links

You can find the links for further documentation on Hyperion Energy Meter here : 

• Hyperion Energy Meter
• Data Sheet for Hyperion
• Operating Instructions for the Hyperion
• LoRaWAN Interface
• Hyperion Dataconverter in .js
• CE EU Declaration of Conformity Hyperion