Visibility into selected blind-state events
A correctly matched BLE sensing and gateway setup can surface supported states for designated blinds, reducing dependence on scattered status notes. It does not itself verify safe isolation.
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ip³Sensors · Smart Blinds
ip³Smart Blinds — Safe Blinds are Smart Blinds.
Operational visibility for configured isolation-blind workflows during refinery and petrochemical turnarounds. ip³Smart Blinds uses BLE edge sensors with a compatible BLE-enabled LTE gateway to surface selected blind-state events. Device suitability, site classification, connectivity and workflow fit are validated during solution design.
Illustrative gateway mounting at an isolation blind
Actual mounting and workflow suitability require site review.
Configured blind-state visibility
Selected sensor events for defined blind-state workflows, subject to device and configuration review.
Workflow alerts
Plan event routing and escalation with your team. Delivery depends on the configured system and connectivity.
Configured event history
Review selected, time-stamped events where supported by the chosen devices and platform configuration.
Site-specific design
Review classification, mounting, connectivity, power and operating constraints before selecting a configuration.
Plan your turnaround workflow.
Evaluate how configured visibility could support your shutdown workflow. This information does not replace approved field checks, isolation/LOTO or permit procedures.
Shutdown planning
Identify representative blinds, intended states and the stages of your shutdown cycle to evaluate.
Configured state visibility
Evaluate selected blind-state events supported by the actual sensor model, mounting and gateway configuration.
Event routing
Define which configured events should reach which roles and how escalation will be evaluated; delivery is not guaranteed.
Association and event history
Plan blind-to-joint associations and time-stamped history, subject to available device and platform capabilities.
Integration discovery
Identify desired handoffs to existing processes. Connections to permit, LOTO or other systems are not confirmed integrations.
Hazardous-area design review
Review the sensor, gateway and complete installation against the site's classification and jurisdiction before selection.
The operational value of connected blind workflows
Connect the right blind sensors, BLE-enabled gateways and event workflows to help teams see what needs attention during complex plant turnarounds. Each function requires confirmation against actual hardware and site procedures.
Changes that can prompt review
Where device capabilities and event routing support it, configured movement or state changes can be flagged for the right team to investigate under existing site procedures.
Blind-to-location context and history
A configured register and available event history can help teams associate observed events with particular blind IDs or pipe-joint locations during a turnaround.
One view for shutdown coordination
Present selected sensor events to supervisors and contractors as supplemental operational context. Permit-to-work and lockout/tagout decisions remain in the site's approved systems and procedures.
Solar or battery deployment paths
Evaluate LTE gateways with BLE support for sun-exposed outdoor positions or locations where a battery-powered approach is more practical; verify power, maintenance and network fit.
Hazardous-area solution pathway
Available hazardous-area BLE sensing options can be considered for classified facilities, subject to exact variant certification and approval of the complete installation.
Connected monitoring supplements, but never replaces, physical field verification, permit-to-work requirements, approved isolation checks or lockout/tagout procedures.
How Smart Blinds fits into your named shutdown cycle
Use an anonymous representative scope to evaluate the stages of your shutdown cycle without disclosing customer or site identifiers.
- Agree an anonymous, representative shutdown scope and review window.
- Identify the blinds and state definitions to evaluate against actual sensor capabilities.
- Map configured events to responsible roles and proposed escalation paths.
- Identify required handoffs to existing processes without assuming integrations are available.
- Define pilot criteria and the evidence needed to decide whether to proceed.
Demo scope inputs
- Shutdown window and anonymous unit scope
- Blind count and state definitions
- Jurisdiction and hazardous-area classification
- Proposed gateway and network
- Roles, escalation and IT/OT review owners
- Pilot acceptance criteria
What information is required to validate an international refinery deployment?
A deployment assessment needs the scope, classification, environment, connectivity and governance requirements below. Suitability and approvals remain subject to project-specific review; submitting an inquiry is not deployment approval.
- Location and scope
- Provide country or jurisdiction, a non-identifying facility/unit description, shutdown window, blind counts and types, and required organizational approvals. Keep customer and site identifiers private.
- Classification and approvals
- Identify hazardous-area zone or applicable classification, gas group, temperature class and governing jurisdiction. Review evidence for each device and the complete installation. ATEX/IECEx does not imply U.S. Class/Division or NRTL approvals.
- Environment and installation
- Describe exposure, temperature, mounting, power, access and maintenance constraints, plus required installer qualifications and site installation approvals.
- Connectivity
- Identify the proposed compatible BLE-enabled LTE gateway, sensor profiles, coverage, bands, carrier and roaming requirements. Saudi carrier and roaming availability remains unverified until confirmed for the exact configuration and location.
- IT/OT and data governance
- Identify IT/OT review owners, network and security requirements, access roles, retention and data-residency requirements, and desired process handoffs. No integration or residency arrangement is assumed.
Agree 3–5 pilot acceptance criteria
Select measurable project criteria and review thresholds; these are evaluation criteria, not promised outcomes.
- Selected sensor-state behavior under representative mounting and operating conditions.
- Gateway/network coverage and observed event delivery under agreed test conditions.
- Event-to-role routing and escalation review against the proposed workflow.
- Required event history, access and data-governance review.
- Installation and maintenance feasibility within approved field procedures.
TWO HARDWARE CONFIGURATIONS
Solar and battery options for site review.
Both options require a compatible BLE-enabled LTE gateway and supported BLE sensor profiles. Select hardware only after reviewing the actual model, site, network, power and environmental constraints.
Configuration 1 · Solar
Solar Mini + BLE Sensors
A solar-powered LTE + BLE gateway option for locations where solar exposure, mounting, power budget and connectivity meet the selected model’s requirements. Installation and IT/OT review remain project-specific.
- Solar-powered LTE gateway option with BLE capability, subject to model verification
- BLE sensors require a compatible BLE-enabled gateway and supported sensor profile
- Mounting and solar exposure must be evaluated for the proposed location
- Environmental suitability and power requirements require site-specific review
- LTE and BLE connectivity must be validated at the intended installation points
Configuration 2 · Battery Powered
B3 Battery + BLE Sensors
A battery-powered LTE + BLE gateway option for review where solar may not be practical. Suitability, battery service needs and deployment constraints depend on the actual model, configuration and operating environment.
- Battery-powered LTE + BLE gateway option, subject to model verification
- Evaluate shaded or indoor locations against environmental and connectivity constraints
- Battery requirements and service access depend on configuration and reporting needs
- Confirm compatibility with the actual BLE sensor model and supported states
- Assess mounting, maintenance and operating constraints for the shutdown window
BLE BLIND STATUS SENSORS
BLE sensing selected for your configuration.
Mounting and available states depend on the actual sensor model and installation. BLE devices need a compatible BLE-enabled gateway; orientation, movement or other state workflows must be validated rather than assumed for every blind.
Multi-Sense BLE
State capabilities subject to review
A BLE option for evaluation in general process areas. Confirm the model’s supported states, mounting and gateway compatibility for the proposed workflow.
Hazardous-Area Condition Sensor
Hazardous-area evidence review required
Evaluate orientation, movement and state capabilities against the exact model and hazardous-area evidence. Sensor suitability does not approve the gateway or complete installation. Site classification and jurisdiction review are required.
Review your Smart Blinds configuration.
Share an anonymous unit scope, blind count and turnaround window to request a review of suitable gateway and sensor options. Configuration and deployment fit remain subject to assessment.