OHMEX1GB003 7.4kW ePod Instruction Manual
- June 9, 2024
- Ohme
Table of Contents
- Safety Precautions
- Welcome to Ohme
- Product Description
- Product Specification
- Vehicle Integrations – An Ohme Labs feature
- Compliance with Regulations
- Installation
- Troubleshooting
- Maintenance
- Disposal
- Manufacturer’s Warranty
- Statement of Compliance (from Manufacturer)
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
X1GB003 7.4kW ePod
Instruction Manual
Safety Precautions
This document contains important safety information relating to your Ohme ePod
charger. Please retain this document for future reference.
Please read the document fully before using the Ohme ePod. Not following the
safety instructions can result in electric shock, fire, serious injury or
death.
| The charger should be inspected periodically to check for damage to the
cabling and the enclosure. Do not use if the product is defective or appears
damaged. Contact the Ohme Helpdesk for advice
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| Do not attempt to open, repair, tamper or modify the Ohme Charger in any
way. There are no user-serviceable parts
| We strongly recommend that a competent person (e.g. qualified electrician)
installs and/or inspects the installation to check for safety and supply
adequacy before use
| The overall installation should be in accordance with the IET Wiring
Regulations and the IET Code of Practice for Electric Vehicle Charging
Equipment
| Handle the Ohme ePod with care. Do not expose any part of the unit or cable
to severe forces, impact or sharp objects
| The Ohme ePod is only intended for vehicles that do not require ventilation
during charging (NB all mainstream electric vehicles do not require
ventilation)
| You may clean the Ohme ePod with a soft damp cloth. Do not use solvents or
abrasives
Welcome to Ohme
This handy guide contains everything you need to know to set up your new
charger and get started on the Ohme app. It also covers some important safety
information. If you need a bit more information there are plenty of useful
resources available on our website and if you can’t find what you’re looking
for, our Customer Care Team will be happy to help.
Download the app
Downloading the Ohme app is an important part of setting up your charger. Go
to the App Store/Playstore on your smart phone or tablet, and search for
‘Ohme’.
Your charger information
Use the section below to make a note of your charger’s serial number and
installer, this is important if you ever need to contact the Ohme Helpdesk.
Serial number
Installer
Name: ——————–
Contact number: ——-
Installation date: ——–
Product Description
The Ohme ePod is an Electric Vehicle (EV) smart charging device, with:
- Charge controller, including integral RCD and PEN fault detector
- Type 2 socket
- Cable clamp for use with load balancing
The product conforms to the latest safety standards including:
- RCD functions to disconnect the power supply if AC or DC current leakage occurs
- Neutral (PEN) fault detection, avoiding the need for an earth rod to be installed
The ePod is provided with use of the Ohme app and backend services. Updates are provided to the product as a minimum whilst the product is under Warranty (usually three years).
Product Specification
Voltage | 230 V AC |
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Frequency | 50 Hz |
Max Current, Power Output | 32 A, 7.4 kW |
Operating Temperature | -25 ⁰C to 50 ⁰C |
Storage Temperature | -40 ⁰C to 85 ⁰C |
Cable connection | Type 2 socket to IEC62196 |
Residual current function | Type A 30 mA |
DC 6 mA
PEN fault detection| Conforms to 722.411.4.1 (iv) of BS7671 18th edition
Overcurrent protection| Not fitted, overcurrent protection to be fitted
separately as part of installation
Ingress protection| IP45 (suitable for use outdoors in all weather)
Data Communication| 2G / 3G / 4G
Shipping weight| 1.9 kg
Colour| Black
Vehicle Integrations – An Ohme Labs feature
Some car manufacturers provide an API (Application Programming Interface)
which allows access to information about your car via your manufacturer’s
smartphone app. Providing your login details in the Ohme app allows Ohme to
see your car’s current state of charge, which is then used to work out how
much charge you need.
This is an Ohme Labs feature and is currently available for a limited number
of manufacturers. We’re always working to offer the latest in technology to
our customers. As a part of Ohme Labs, we’re continuously improving this
feature and, from time to time, it may not work as intended.
Please note, certain functionality may also be limited based on manufacturer-
specific API restrictions or limitations. If you have any issues, or you’re
worried something just isn’t quite right, our Customer Care Team are happy to
help.
Compliance with Regulations
All ePod units are fully compliant with the Electric Vehicles (Smart Charge
Points) Regulations 2021.
These regulations are intended to help the energy sector transition to net
zero carbon. EVs can place new demands onto our electricity system, so as more
people make the switch, it is important that these changes are managed.
Default Off-Peak Charging
When your ePod is first installed, it will not charge during the following
times:
- 8am and 11am weekdays
- 4pm and 10pm weekdays
To change or disable these restrictions, download the Ohme app and pair the
charger. You can then disable these default times and create charge schedules
so that Ohme knows when you need your car to be charged. Once you have set up
Charge Schedules, the default times will be automatically disabled.
Randomised Delay
Many of our customers charge according to off-peak tariffs. When large volumes
of chargers suddenly begin charging at a precise time, it could causes issues
for the energy system.
A randomised delay is applied to the start and end of charging times. This
delay is initially set to 10 minutes but may be extended to 30 minutes if
requested by UK Government. For example, if your tariff off-peak period is due
to start at 00:30, Ohme will apply a random delay to the start time, such that
charging may start any time between 00:30 and 00:40.
Similarly, if the tariff would involve ending the charge session at 04:30,
Ohme will apply the random delay, but this time bring the end time forward to
avoid continuing charging into peak periods. So, your charging would stop
anytime between 04:20 and 04:30.
Documentation
A Statement of Compliance is provided at the end of this document to declare
that the product meets these Regulations. A Technical File which describes in
detail how we have met the regulations is available on request.
Security
The secure features of Ohme products are not configurable, they are applied at
the factory and cannot be changed. Ohme maintains a Security Log for each
device on the user’s behalf. Please note that no personal data is stored on
the device. Please contact the Helpdesk if you wish to unpair your device from
the Ohme app on your smartphone.
If you have any problems or concerns around security or regarding the
vulnerability to cyber-attack, please report this to the Helpdesk.
Installation
At a glance…
- Ohme units have PEN fault detection
- The RCD inside the unit is Type A and 6mA DC
- The units use the 4G mobile phone network, it is preconfigured to connect to the Ohme backend server automatically
- Load balancing can be setup with the current sensor (CT) clamp
Mounting the unit
The Ohme ePod is designed to be wall mounted to a flat surface. Fixings are
included which are suitable for most wall surfaces (e.g. brick/render) but the
installer should select their own if these are not appropriate.
Use the drill template provided with a 7mm masonry drill bit. Mount the rear
of the ePod using four screws. Where the surface is uneven, it is essential
that the rear of the ePod is not twisted when secured to the wall. It may be
necessary to add spacers between the unit and the wall to avoid twisting the
unit, otherwise the unit may not seal correctly.
To avoid breaking the plastic screws, do not use a power tool when securing
the front to the rear.
Check there are no gaps around the join line that could allow water ingress.
Finally, attach the rubber covers to the front plastic screws.
Electrical connection
The overall installation must be compliant with the IET Wiring Regulations and
the IET Code of Practice for Electric Vehicle Charging Equipment. Installation
should be carried out by a competent electrician with knowledge of EV charge
point installations.
The ePod has a terminal block for Live, Neutral and Earth. The terminal block
can accept a 6mm² conductor. There are cable entry points at the bottom and
rear. A 25mm gland and a blanking grommet is provided. The blanking grommet is
attached to the rear entry hole. If feeding the cable in from the rear, it
will be necessary to move the grommet to the bottom.
Installer Mode
On first power up, the ePod will be in installer mode allowing the setting of
the maximum rating, enabling load balancing and the setting the fuse rating
using the buttons. See the ePod Quick Set Up Guide. However, we recommend that
the Ohme Installer Web App is used. Contact the customer care team at help
@ohme-ev.com to get set up.
RCD
The Ohme ePod has a Type A 30mA and DC 6mA RCD built in. To avoid blinding of
RCDs, we recommend that any upstream RCD is at least Type A. Type AC RCDs may
saturate and fail to operate in the presence of smooth DC currents below 6mA.
In the event of an RCD activation in the Ohme charger, the unit is reset by
power cycling (switching the supply off, wait 5 seconds, and switch on) or by
unplugging and re-plugging the vehicle. The RCD in the unit is certified as an
RCD-DD, conforming to IEC62955.
Earthing Arrangement
The ePod has an in-built PEN fault detection function, as described in
722.411.4.1 (iv) of the Wiring Regulations 18 th Edition, to disconnect the
vehicle from the live, neutral and earth conductors if the voltage is greater
than 253 V and less than 207 V. The units can therefore be connected to the
PME on TN-C-S single phase supplies.
Overcurrent Protection
No overcurrent protection is provided in the Ohme ePod, separate provision is
to be provided as part of the installation. We recommend a 40A Type B MCB.
Installing the CT Clamp
The Ohme ePod has a dynamic load balancing feature. A current sensor (CT)
clamp is provided to measure the electrical demand of the property, or sub-
board. The unit will limit the maximum current available to the vehicle to
keep the household demand below the set threshold/fuse value.
We recommend installing the clamp regardless of whether load balancing is
needed as it future proofs the installation for advanced features, such as
solar.
The unit is designed to comply with the relevant parts of Engineering
Recommendation (ER) G100, which is a requirement of some DNOs to permit
installation in circumstances where the property has insufficient capacity.
Once load balancing is activated, if the CT clamp is removed, or is faulty,
the unit will revert to 16A. It is therefore sensible to ensure the spare
capacity, after taking account of other loads and diversity, is at least 16A.
Note: where the dynamic available capacity for the charger drops below
6A, the ePod will pause the charging for at least five minutes to prevent
rapid switching of the vehicle where the current is hovering above and below
the threshold.
Ohme units calculate the direction of the current automatically after the
first charging session. The clamp can be installed in either direction.
Spring connectors are provided on the circuit board to attach a cable used for
connecting to the clamp. The spring connectors will accept a maximum 1.6mm²
conductor size.
Connect up the CT clamp and follow the commissioning procedure either using the Web App or on the unit using the buttons:
- Web App: once the CT clamp is connected, click Check Clamp to check for correct connection. Click Enable Load Balancing, then Save Settings
- Buttons: see the ePod Quick Set Up Guide provided in the box. During the clamp check process, the LED light bar will turn from red to amber when a clamp value has been successfully received.
The CT clamp and wiring is not polarity sensitive – you can install the CT
clamp in either direction.
Ohme recommends EV Ultra Cable 3 Core + Data as a convenient single cable
solution. This cable contains two data cores and can be used to extend the
clamp cable up to 60 metres. Cat5e Ethernet cables or alarm wire (e.g. Belden)
can also be used to extend the CT clamp.
There are two marked areas for drilling to install a separate gland, suitable
for a M12 or M16 gland.
Network/Internet Connection
The Ohme ePod uses a 4G data connection which is pre-configured in the factory
to communicate directly to the Ohme backend server.
Signal coverage in the UK is generally very good but it is important to ensure
the customer is aware that the unit relies on a mobile signal. Where it is
known to be unreliable, the customer should be made aware that the smart
features of the Ohme unit will also be unreliable. Ohme cannot be held
responsible for the installation location and issues with the public mobile
phone network.
Where the unit cannot establish data transfer at the time of plug in, the unit
will behave like a dumb charger and will not schedule the charging session.
Troubleshooting
There is a troubleshooting and FAQ section of the website at www.ohme-
ev.com
If there are any queries or issues regarding using the Ohme Charger, please
contact the Ohme Helpdesk via email: help@ohme-ev.com, telephone 0203 375 1586.
Maintenance
The Ohme ePod can be cleaned with a soft damp cloth. Avoid the use of cleaning
agents and solvents. The Ohme ePod is maintenance free. If the charger appears
defective or damaged, please discontinue use and contact the Ohme Helpdesk for
advice.
Compliance
The product complies with the relevant elements of:
- BS EN BS EN 61851-1:2019 Electric vehicle conductive charging system. General requirements
- BS IEC 62955:2018 Residual direct current detecting device (RDC-DD) to be used for mode 3 charging of electric vehicles
- BS EN IEC 61000-6-3:2021 Electromagnetic compatibility (EMC). Generic standards. Emission standard for equipment in residential environments
- BS EN IEC 61000-6-1:2019 Electromagnetic compatibility (EMC). Generic standards. Immunity standard for residential, commercial and light-industrial environments
- IEC62196-1 Plugs, socket-outlets, vehicle connectors and vehicle inlets
The product also satisfies the following requirements within BS7671:2018+A2:2022 by providing equivalent functionality within the charging equipment to meet:
- 722.411.4.1 (iv) which describes the functionality required to connect the equipment to a PME earthing facility
- 543.3.3.101(ii) which describes the switching conditions such that it is acceptable to insert a switching device in line with a protective conductor
Disposal
Information on Disposal for Users of Waste Electrical & Electronic Equipment
(private households)
This symbol on the product and accompanying documents means that used
electrical and electronic products should not be mixed with general household
waste. For proper treatment, recovery and recycling, please take this product
to designated collection points where it will be accepted free of charge.
Alternatively, in some countries you may be able to return your products to
your local retailer upon purchase of an equivalent new product.
Disposing of this product correctly will help save valuable resources and
prevent any potential negative effects on human health and the environment,
which could otherwise arise from inappropriate waste handling. Please contact
your local authority for further details of your nearest designated collection
point. Penalties may be applicable for incorrect disposal of this waste, in
accordance with your national legislation.
For business users in the European Union: if you wish to discard electrical
and electronic equipment, please contact your dealer or supplier for further
information.
Information on Disposal in other Countries outside the European Union: this
symbol is only valid in the European Union. If you wish to discard this
product, please contact your local authorities or dealer and ask for the
correct method of disposal.
Further information on disposal and general recycling can be found at
www.complydirect.com/therecylcing-room.
Contact Details
Ohme Helpdesk can be contacted at:
Address:| Ohme Technologies Ltd.
Unit 74, Penrose Wharf, Penrose Quay
Cork, Ireland
T23 HF51
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Email:| help@ohme-ev.com
Telephone:| +44 (0) 20 3375 1586
Manufacturer’s Warranty
The key terms of the warranty for the Ohme ePod are as follows:
- The device is protected by a manufacturer’s warranty for 36 months from the date of installation. This covers parts and labour
- The minimum operational life of the Ohme ePod exceeds 36 months
- The warranty covers on-site assistance, repairs and replacements, at no cost
The warranty covers any defects in materials or workmanship under normal use.
During the warranty period, Ohme will refund, repair or replace, at its
discretion, at no charge, products or parts of the product which prove
defective because of improper materials or workmanship under normal use and
maintenance. This will include labour costs to repair or replace the unit at
the installation site.
Ohme will either repair the product using new or refurbished replacement parts
or replace the product with new.
A replacement product assumes the remaining warranty period of the original
product or for 180 days from the date of the replacement or repair, whichever
is longer.
The warranty does not cover any issues that are caused by conditions,
malfunctions, or damage not resulting from defects in the charging unit. The
warranty does not cover damage or malfunction directly caused by abuse,
misuse, negligence, accident, improper use, including but not limited to:
- Failure to follow the instructions and warnings provided in the product literature
- The environment or “Acts of God” such as fire, earthquake, flood
- General appearance of the product such as discolouration or damage to paint, labels, scratches, dents and cracks
- Any repair, alteration or modification to the product other than those authorised by Ohme
You may have other legal rights under local laws in addition to the rights
under this manufacturer’s warranty. Contact Ohme in the first instance to
discuss your options.
To initiate a service from Ohme under the manufacturer’s warranty, please
contact help@ohmeev.com. Please have the serial
number of the charging unit to hand and it will help if you have the details
of your installer.
Limitation of Liability
No liability will be accepted for any loss, costs or damage as a consequence
of using or misusing the product except, and only to the extent, where this is
caused by our negligence.
Terms and Conditions
For full Terms and Conditions of the product please visit our website at www
.ohme-ev.com.
Statement of Compliance (from Manufacturer)
The Electric Vehicles (Smart Charge Points) Regulations 2021
Seller name: Ohme Operations UK Ltd.
Seller address: 125-130 Wellington House, The Strand, London WC2R 0AP
Ohme Operations UK Ltd declares under sole responsibility that the following
charge point models comply with the requirements set out under the Electric
Vehicles (Smart Charge Points) Regulations 2021, as detailed in the Technical
File (available on request).
Compliance (including Schedule 1: Security), applying after 31st December
2022:
Product Family | Product Code | Description | Firmware |
---|---|---|---|
Ohme ePod | OHMEX1GB003 | ePod Type 2 Socket | All released versions |
None of the above products are sold with Demand Side Response agreements in
place at the point of sale.
Signature:
Name: Daniel Hollingworth
Position: Engineering Director
Date: 1st December 2022
Statement of Compliance (from Installer or Distributor)
Seller name|
---|---
Seller address|
declares under sole responsibility that the relevant charge point,
Charge point model|
---|---
Date of sale|
complies with the device-level requirements set out under the Electric Vehicles (Smart Charge Point) Regulations 2021, as detailed in the Technical File (available on request).
Signature
Authorised to sign on behalf of seller|
---|---
Name|
Date|
Product code: OHMEX1GB003
Ohme ePod – Type 2 socket
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>