Anwesenheitssensoren für Büros: So funktionieren sie in Bürozellen

Schnelle Antwort

Occupancy sensors for offices can mean two different things. In a B&H Ergonomics office pod, the human sensor is a local presence trigger: it detects someone approaching or entering the pod and starts the pod’s lighting and ventilation. The system then switches those functions off after a short delay, typically measured in tens of seconds to about one minute, depending on the configuration. It does not record occupancy data, use a camera, or connect to a workplace analytics platform.

For B&H configurations from June 2026 onward, Elite Series, Flex Series, and Oasis Series pods include human sensors as standard. An Occupancy light is a separate option for Elite and Flex. It is a visible indicator mounted near the top of both sides of the main door, so people outside can see that the pod is in use.

Last Updated: July 24, 2026 | Author: Richard | Estimated Reading Time: 7 minutes

What Is an Occupancy Sensor in an Office Pod?

In this article, an office occupancy sensor means the pod’s built-in human sensor and its local controls. The sensor detects human presence around the pod and triggers the pod environment. It is not an office-wide system for counting people, measuring utilization, managing reservations, or storing workplace analytics.

That distinction matters when facilities teams compare product descriptions. A sensor can make a pod respond automatically without collecting a record of who used it, how long they stayed, or how often the space was booked.

How Does the Human Sensor Activate Lighting and Ventilation?

The human sensor follows a simple local sequence:

1. A person approaches the pod or enters it.
2. The human sensor detects the person’s presence. Detection may occur before the door opens.
3. The pod activates its lighting and ventilation.
4. The user can adjust light brightness, color temperature, and fan operation manually.
5. After the pod is no longer occupied, lighting and ventilation switch off after a short delay.

The exact shut-off setting is configuration-dependent. For planning purposes, B&H describes the delay as roughly several tens of seconds to about one minute. That delay allows a brief pause or door movement without making the pod go dark or stopping airflow immediately.

The sensor is intended to control the pod environment at the point of use. It should not be described as a building-management or occupancy-reporting system.

Human Sensor vs. Occupancy Light: What Is the Difference?

The terms are related, but they describe different parts of the pod experience.

An Occupancy light is therefore not the same option as the human sensor. The human sensor makes the pod respond. The optional light helps nearby colleagues know that someone is using the pod, especially when the door or wall layout limits a direct view.

Sensor and Control Options Across Elite, Flex, and Oasis

The following matrix summarizes the configuration information facilities teams should use when comparing B&H pod families.

All three families use the human sensor for automatic local operation. The practical difference is whether the buyer also wants the separate exterior Occupancy light option. For the current collection of office pods from B&H Ergonomics, ask for the exact configuration when the indicator light is part of the workplace wayfinding plan.

What Should Facility Managers Confirm Before Ordering?

A short specification check can prevent confusion between automatic control and visible status indication.

• Pod family and production timing: Confirm whether the order is an Elite Series, Flex Series, or Oasis Series configuration covered by the June 2026 standard-sensor update.
• Human sensor scope: Confirm that the sensor starts both lighting and ventilation and can detect approach before the door opens.
• Occupancy light requirement: Decide whether people outside need a visible use indicator. On Elite and Flex, request the separate Occupancy light option rather than treating it as part of the human sensor.
• Indicator location: Confirm the indicator is positioned near the top of both sides of the main door and is visible from the circulation path that matters in your office.
• Manual controls: Confirm that users can adjust light brightness, color temperature, and fan operation for the selected model.
• Shut-off behavior: Ask the supplier to document the configured delay for lighting and ventilation. Plan around a short delay of tens of seconds to about one minute, not an instant shut-off.
• Data and privacy boundary: Confirm that the selected pod uses local sensing only, with no camera, occupancy history, or network connection required for this function.
• Commissioning handoff: Include the sensor trigger and delay behavior in the installation handoff so facilities staff know what users should expect on the first day.

Does the Sensor Record or Transmit User Data?

No. The B&H human sensor described here provides local control for the pod’s lights and ventilation. The configuration does not use a camera, create an occupancy log, or transmit usage information over a network. The optional Occupancy light is a visual status signal for people nearby; it is not a dashboard or data display.

This makes the feature easier to explain to employees: the pod responds when someone is present, while the control function remains local to the pod.

When Is Sensor-Controlled Pod Operation Most Useful?

Automatic sensing is useful when a pod needs to be ready without asking every user to find a switch. Common situations include:

• open-plan offices where people move quickly between shared work areas;
• phone and video calls where the user needs light and airflow immediately;
• flexible seating areas where the same pod serves different people throughout the day;
• offices where an exterior status signal can reduce interruptions and unnecessary door checks.

The feature is less about measuring the office and more about making each pod predictable at the moment someone uses it. If the project requires utilization reports, reservations, or building-wide occupancy dashboards, those are separate requirements and should be evaluated independently from the pod’s local human sensor.

FAQ