
Zoneworks HIVE Combine is the solution that provides the required functionality and reporting in car parks, stairwells, and back-of-house areas. Best of all, it now comes standard with Zoneworks HIVE at no extra cost.
Until now, those looking to meet energy compliance, functionality, and reporting requirements for car parks and stairwells had to choose between:
In many cases, due to these factors, a system approach is never taken due to the complexity and costs, leaving these key areas with a lack of adequate functionality and reporting.
HIVE Combine is a lighting management system that utilises the existing Zoneworks HIVE system to provide energy consumption, occupancy sensing and system health through an easy-to-use and data-rich dashboard.
This allows for the optimal configuration of lighting outcomes in your car parks, stairwells, and back-of-house areas to save you money whilst providing a safer and desired outcome for users.
The easy-to-use Zoneworks HIVE Combine interface provides all the required functionality settings to configure the lighting outcomes across the Car Park, Stairwells, Back of House and Plant Room areas.
The Zoneworks Emergency Lighting platform has continuously evolved and is a trusted solution that has been successfully installed in over 2,500 facilities over the past 15 years.
The update to Zoneworks HIVE was a game-changer as it reduced the backbone to one single controller for 1,000 fittings and introduced dynamic self-managed meshing to make design, installation, commissioning and management simpler than ever before.
Adding lighting control to Zoneworks HIVE for areas such as car parks, stairwells, plant rooms, and back-of-house provides a seamless compliance approach. One system and no additional cost.
Hive Combine enhances Zoneworks HIVE by adding intelligent lighting control, optimizing energy efficiency, and streamlining compliance—without additional infrastructure or complexity.
The Zoneworks Emergency Lighting platform has continuously evolved and is a trusted solution that has been successfully installed in over 2,500 facilities over the past 15 years.
The update to Zoneworks HIVE was a game-changer as it reduced the backbone to one single controller for 1,000 fittings and introduced dynamic self-managed meshing to make design, installation, commissioning and management simpler than ever before.
Adding lighting control to Zoneworks HIVE for areas such as car parks, stairwells, plant rooms, and back-of-house provides a seamless compliance approach. One system and no additional cost.
Adding lighting control to Zoneworks HIVE for areas such as car parks, stairwells, plant rooms, and back-of-house provides a seamless compliance and energy management approach.
Yes, as long as the fittings are powered up they communicate messages via RF without further reliance on the cabling infrastructure.
Yes, older sites can be upgraded and it would be recommended to do this as a gradual upgrade as the fittings require replacement. An upgrade will require the installation of an XT HIVE controller.
No is the general rule but metal fittings like our surface mount cylinder will have a visible external antenna.
Yes, this maximum number of fittings per controller is absolute. For 1,050 fittings you will need a second controller.
Yes, XT HIVE actually makes it simpler and easier to monitor CleverEvac fittings.
Absolutely, After-sales support with the ALS program continues as usual with XT HIVE sites.
An XT HIVE system is very simple and fast to design. Simply allow 1 XT HIVE controller to be installed to manage each 1000 emergency lights and exit signs. In a typical building scenario install the controller in the core area next to the facility managers office, provide it with an ethernet port for network access then add the emergency fittings onto the lighting circuits. No networking cables or additional aerials required! Contact your local Clevertronics office for free expert design assistance.
With XT HIVE DSM Meshing there is no single point of failure because all the devices are homogenous and can forward data as required. It is self-healing and reacts to changing physical or radio environments automatically. The XT HIVE Mesh is robust against interference. There can be several different wireless systems in the same area. Devices within the XT HIVEMesh locally choose the best channels to operate in whilst minimizing interference to other radio systems. In case a message is lost it will automatically be re-sent until it’s receipt is verified.
A “MAD” or Mobile Access Device is a mobile commissioning and diagnostic tool that can be used to connect with individual or groups of fittings locally on a site. A MAD is a handheld unit the size of a mobile phone that can connect via Bluetooth to a mobile device (Phone or Tablet) and to fittings via an RF signal. Though not needed to commission a site it can be especially helpful for maintenance contractors and facility managers to perform function tests at individual fittings and check the live status of fittings locally after performing maintenance.
The MAD can be used across multiple sites, however, users will need the local XT Hive network key to access a specific network. In that way, we prevent unauthorised access to any given network.
Check the status LED on each fitting
-2 amber flashes for uncommissioned but no controller found
-1 amber flash for uncommissioned and controller found
The minimum expected line-of-site coverage is 200m and the 2.4GHz signal can pass through concrete walls and structures (30m through 2 internal tilt slab walls). However, the XT Hive fitting just needs to reach its closest neighbour on the same network security key to establish communications.
When HIVE fittings are installed and powered up they automatically build their own network using a factory default network key. In the unlikely event that separate installations are installed side by side fittings may temporarily communicate with those in an adjacent site. This is remedied when the register is uploaded assigning a location reference to each fitting. Each site will then use/assign a custom network key to “lock down” the network and networks keys are unique to a building/site.
Yes. You can also communicate directly to each fitting on the floor at the individual device using the Mobile Bridge device.
If a site contains an RF restricted area (eg Faraday cage) An XT Hive-DATA (Hive-to-Wired) conversion module can be used to communicate via data cable to fittings within the restricted area. All fittings will still be visible as part of the XT Hive Network. Fittings with remote gear are also used in this type of application and in this case the control gear could be placed outside the RF restricted area and therefore remain as an XT HIVE fitting.
Technically, approximately 200m in open air and 30m/2 walls inside a building, but this becomes irrelevant as the XT HIVE controller only needs to connect with the closest HIVE fittings and it won`t be 200m away. The HIVE platform uses DSM meshing to create our network – not point to point to the furthest fitting on site as some other systems attempt to do.
XT Hive uses DSM meshing rather than Gateway to each fitting (point to point) technology. This means Hive fittings only need to communicate with the next emergency fitting IE the floor above or below. This means the question on distance of travel (how many floors?) becomes irrelevant.
No, The XT Hive RF frequency will not disrupt a microwave sensor signal