For a warehouse or factory project in Romania, separate ordinary storage, active production and temperature-controlled rooms before selecting wireless alarm devices. Each area needs defined intrusion routes, suitable equipment and tested communication. A detector that works in the dispatch office is not automatically suitable inside a freezer, and a working radio link does not establish detection coverage between racks.
This guide uses representative layouts to explain the decisions. They are planning examples, not reported Romanian deployments or guarantees based on building age.
Draw the temperature boundary as well as the security boundary
Start with external entrances, internal routes to stock and the doors between ambient and refrigerated areas. Decide whether the alarm must detect entry to the building, entry to the cold room, or movement inside that room. These are different requirements.
For example, a warehouse may need to detect unauthorised entry into its ambient staging area after closing. Suitable detection there can address that route without claiming to monitor the freezer interior. If the requirement is intrusion detection inside the freezer itself, retain that requirement and select equipment documented for the actual temperature and moisture conditions. An ambient detector is not an equivalent replacement.
For a contact on a cold-room door, check the environment at both the sensor and magnet positions, the mounting arrangement and the permitted alignment as the door moves. Do not assume a standard contact has a cold-rated variant or that a magnetic switch makes the entire device suitable for freezing conditions.
Match the layout to the detection task
| Area | Site condition that changes the design | Next decision |
|---|---|---|
| Divided storage bays | Substantial walls separate required points | Compare feasible Hub positions and test each link rather than applying a one-wall rule |
| Open logistics hall | Tall racks interrupt views along routes | Select documented detector positions and walk the required routes with normal storage present |
| Production area | People remain after dispatch closes | Define which area can be protected while production continues |
| Cold-room interface | Temperature changes and moisture exposure occur around doors | Select locations and models for the actual conditions; retain any unmet interior requirement |
A high ceiling is not permission to mount a wall detector above its documented height or use an unlisted ceiling bracket. If the required detection pattern cannot be achieved with the selected device, change the device or layout.
Validate with doors and operations in their normal states
At each proposed detector position, use the documented radio test before final installation. Roombanker’s manual provides signal-strength and installation tests and cautions against placing the Hub near or inside metal objects.
Include the closed positions of insulated doors and loading shutters. If a link passes with a door open and fails when it closes, the closed state controls acceptance. Reconsider the positions or supported architecture instead of accepting the convenient test condition.
Then test detection independently. Walk the intended route and operate each protected opening. Keep staff clear of the test area as required by the test procedure, and coordinate any monitored alarm test with the receiver. A test notification from one point does not validate every room.
Keep production access separate from alarm response
Consider a representative site where the packing team finishes before maintenance personnel. The closure procedure must leave an authorised route for the people still inside. Specify the required area protection and demonstrate it with the chosen Hub and software configuration before promising independent operation.
For a multi-building site, decide who operates each area and who receives its events. Device capacity and distance alone cannot determine whether one Hub is the appropriate architecture. The required links, permissions and response arrangements all need to work.
If monitoring is included, have the receiving service identify the site and point from a test event. Confirm the agreed action after receipt. Central visibility is useful only when the recipient can distinguish the affected warehouse or area and knows what to do.
Resolve power, maintenance and acceptance before ordering
Can devices operate in a freezer? Only use a model whose documented operating conditions cover its actual position. This includes the device, battery and mounting conditions. If no suitable model has been established, leave that requirement unresolved rather than recommending an assumed variant.
How far will wireless work through concrete? The required installed links must be tested. Building age and wall count do not supply a reliable distance guarantee for a particular layout.
What battery replacement interval should be used? Base it on the documented model conditions, actual environment and service access. Do not use a generic multi-year claim as a replacement schedule for cold storage.
What Romanian compliance documentation is needed? Establish the project’s applicable requirements with the responsible parties, and obtain current documents for the proposed equipment. Do not equate a generic radio-band description with acceptance of the complete installation.
Before requesting a proposal, prepare a plan showing the ambient and cold zones, operating hours, protected routes and receiving service. Consult the Roombanker user manual for supported device tests, and use Roombanker Support to resolve exact model and environmental requirements. Order only after the design accounts for every required area.
