On this page
Asset Type
Manufacturer
Model
What This Guide Helps With
Troubleshooting missing bed status, network connectivity, or iBed communication caused by power, signal, cabling, registration, configuration, or infrastructure issues.
Step-by-Step Troubleshooting
1. Protect the Patient and Establish an Alternate Workflow
Do not rely on networked bed-status, alarm, location, or communication data when the connection is unreliable.
Notify clinical staff and the appropriate monitoring or information-technology team. Establish an alternate method for communicating bed status, alarms, brake condition, side-rail status, or patient-safety information until communication is restored.
Expected outcome: Clinical staff have a dependable alternate workflow and are not relying on missing or stale bed data.
If the communication failure affects a required patient-safety function and no alternate method is available, remove the bed from service.
2. Confirm the Exact Communication Failure
Determine whether the issue involves:
- Wi-Fi connection
- Wired network connection
- iBed status reporting
- Bed location or association
- Nurse-call or room interface data
- Central dashboard visibility
- Intermittent or delayed updates
- One bed or multiple beds
Record all visible network or communication indicators without assuming that the displayed symbol identifies the failed component.
Expected outcome: The affected communication path, destination, and scope are clearly identified.
If multiple beds or rooms fail simultaneously, investigate infrastructure before replacing bed components.
3. Verify Bed Power and Normal Startup
Confirm that the bed is connected to a functioning approved receptacle and has completed normal startup. Inspect the power cord and verify that unrelated powered bed functions operate.
Communication hardware may not operate correctly if the bed has unstable power or has not completed startup.
Expected outcome: The bed has stable power and normal local operation.
If restoring power returns communication and status updates, verify the complete communication path and troubleshooting can stop.
4. Inspect External Network and Room Connections
For wired installations, inspect accessible external network, room-interface, and communication cables for:
- Loose connections
- Damaged plugs
- Bent locking tabs
- Pinched or stretched cable
- Incorrect wall port
- Contamination
- Damage caused by bed movement
Confirm that the cable is connected to the intended room port and is not plugged into an unrelated data or accessory connection.
Expected outcome: All external communication cables are intact, secure, and connected to the correct ports.
If correcting a cable or port connection restores current status reporting, verify repeated updates and troubleshooting can stop.
5. Verify Wireless Signal and Bed Location
For wireless communication, confirm that the bed is in an area expected to have coverage. Move the unoccupied bed a short distance within the approved clinical area, when practical, and observe whether connectivity changes.
Check whether the issue occurs only in one room, hallway, or coverage area.
Expected outcome: The bed either reconnects in a known coverage area or remains disconnected regardless of location.
If the problem is location-specific, document the room and escalate as a wireless infrastructure issue rather than replacing bed hardware.
6. Check Bed Association and Identification
Verify through approved workflows that the bed is associated with the correct room, location, network identity, or destination system.
Check for:
- Recent room relocation
- Bed exchange
- Incorrect room or bed assignment
- Duplicate or stale device record
- Incorrectly selected destination
- Missing activation or registration
Do not change network settings, credentials, addresses, or enterprise configuration without authorization.
Expected outcome: The physical bed, electronic bed identity, and assigned room or system destination agree.
If correcting an authorized association restores accurate reporting, verify the receiving system and troubleshooting can stop.
7. Compare Local Status With the Receiving System
Operate a safe, non-patient-dependent status function, such as changing brake or side-rail condition on an unoccupied bed, and observe whether the local bed indication changes.
Then verify whether the receiving station, dashboard, or integrated system reflects the same change.
Expected outcome: Local status changes are correct, and the communication failure is isolated either before or after the bed’s local detection.
If local status is incorrect, troubleshoot the related bed function. If local status is correct but the remote system does not update, continue evaluating the communication path.
8. Inspect Accessible Communication Hardware
Inspect accessible antenna areas, external modules, covers, connectors, and mounting points for damage, looseness, contamination, or evidence of impact.
Do not open communication modules or alter internal antennas.
Expected outcome: Accessible communication hardware is secure and visibly undamaged.
Visible damage requires removal from service or restricted use according to the affected safety function and service-level evaluation.
9. Compare With a Known-Good Bed or Room
When practical, test:
- The affected bed in a known-good room or port
- A known-good compatible bed in the affected room or port
- A known-good approved external cable
Coordinate testing with clinical operations and information technology so that device identity and room association remain accurate.
Expected outcome: The fault follows either the bed or the room, cable, network port, or coverage area.
If the failure follows the room or port, escalate to the appropriate infrastructure team. If it follows the bed, remove it for technical evaluation.
10. Verify Upstream System Availability
Confirm with the responsible IT, networking, integration, or clinical systems team whether the receiving server, wireless network, interface engine, application, or dashboard is available.
Do not reset enterprise network equipment or servers without authorization.
Expected outcome: The upstream system is confirmed operational, or an infrastructure outage is identified.
If an infrastructure outage is confirmed, document the bed as locally functional and maintain the alternate clinical workflow until service is restored.
11. Complete End-to-End Verification
After correction, confirm:
- The bed indicates a valid connection
- Current status reaches the intended destination
- Room and bed identity are correct
- Status changes update without unreasonable delay
- The connection remains stable after normal bed movement and power operation
- Clinical staff can see the expected information
Expected outcome: The complete communication path functions reliably from the bed to the receiving system.
Troubleshooting can stop only after end-to-end communication is verified.
If the Problem Persists
Common external causes such as power, room port selection, cabling, wireless coverage, device association, location, and receiving-system availability have been ruled out.
The remaining cause may involve an internal communication module, antenna, network configuration, firmware, device registration, interface mapping, server application, switch configuration, or wireless infrastructure.
The bed should be:
- Removed from service when the failed communication is required for safe clinical operation
- Labeled Out of Service or clearly restricted from network-dependent use
- Sent for repair or bench evaluation when the fault follows the bed
- Evaluated using appropriate Stryker documentation and approved test equipment
- Repaired or configured only by qualified personnel
Coordinate infrastructure faults with the responsible IT or integration team. After repair or configuration, verify the entire communication path before return to unrestricted service.
Knowing when to stop external troubleshooting is proper troubleshooting.
Clinical Use Tip
Provide an alternate method for communicating bed status and verify that staff are not relying on stale information at the central system.
Work Order Documentation (CCR Method)
CCR = Complaint, Cause, Resolution
Complaint
What was reported by the clinical staff.
Example:
"Nursing reported that the bed appeared locally normal but did not display current status on the central iBed system."
Cause
What was observed during troubleshooting.
Example:
"Clinical Engineering found the external room communication cable connected to the wrong wall data port."
Resolution
What action was taken.
Example:
"Connected the cable to the designated port and verified that brake and side-rail status updated correctly at the receiving station."
Helpful Details to Include (If Known)
- Exact missing status or communication function
- Wired or wireless connection
- Room and bed location
- Local network indicators
- External cable and wall-port condition
- Whether other beds are affected
- Bed association or registration observed
- Known-good bed, cable, or room test
- Receiving-system availability
- Status changes tested
- End-to-end verification results
- Final device status
Final Thought
Maintain patient safety with an alternate workflow, isolate whether the fault follows the bed or infrastructure, verify the complete data path, escalate configuration appropriately, and document the findings clearly.
That is successful troubleshooting.