E-Comm Public Safety Radio Compliance in Port Coquitlam
City of Port Coquitlam’s Emergency Services Radio Bylaw, 2020, No. 4210
The City of Port Coquitlam’s Emergency Services Radio Bylaw, 2020, No. 4210 sets requirements for in-building radio amplification systems to support reliable emergency responder communications. The bylaw defines the public safety communications service provider as E-Comm.
Fraser Valley RF Solutions supports Port Coquitlam projects end-to-end – including coverage verification, design coordination, commissioning, acceptance testing, and annual testing documentation.
Key Dates (Bylaw 4210)
Readings: December 15, 2020 (1st, 2nd, 3rd)
Adopted: January 12, 2021
Amended: Amendment Bylaw 4224 (definitions and select enforcement/administration sections), dated March 23, 2021
Does This Bylaw Apply to My Building?
Bylaw 4210 includes exemptions, but they are conditional.
Common exemptions include:
Single-family detached or semi-detached residences
A building/structure that meets all of the following: wood-frame construction, no metal cladding, no Low-E reflective glass, no underground floor levels, under 5,000 m², and under 12 m in height
A building/structure granted a written exemption by the Fire Chief or Building Official
If you’re unsure whether your project is captured, a quick plan review (new build) or site assessment (existing building) can usually confirm what’s required.
Port Coquitlam requirements at a glance
Coverage performance (DAQ 3.4)
“Adequate radio coverage” includes Delivered Audio Quality (DAQ) of 3.4 or better, with coverage expectations including:
90% of each floor area (including underground parking areas)
100% coverage in critical areas (fire command centres, stairwells, protect-in-place areas, lobby refuge areas, equipment rooms, and high-hazard areas)
90% coverage in “Shadow Area” locations where DAQ 3.4 could be achieved before the building was erected/modified
As a design aid, the bylaw notes an indoor design target of -85 dBm (based on DAQ 3.4 with margin).
Frequencies & network protection
Supported frequency range must cover frequencies used by the public safety communications service provider’s network, with filters to protect from overload/out-of-band interference.
Active systems must not degrade the wide area radio network; for uplink amplifiers, uplink noise received at the donor E-Comm site antenna must not exceed -130 dBm.
Systems allowed
The amplification system may include passive antenna/radiating cable systems, DAS with uni/bi-directional amplifiers, voting receiver systems, or other systems acceptable to the Fire Chief.
Power, alarming, enclosures
If any portion is electrically powered, the system must:
operate on an independent UPS for at least 4 hours
provide monitored alarm signals; notify Fire & Emergency Services of failures within specified timeframes
use NEMA Type 4 (or higher) enclosures for amplifiers/electronics
provide a hard-wired summary alarm to the building fire panel
Licensing & equipment
Active systems must be licensed by ISED, renewed annually by the building owner, and equipment must be selected from the ISED Radio Equipment List.
Acceptance testing, annual testing, and documentation
Acceptance testing (after installation)
Testing uses radio frequencies assigned by the public safety communications service provider and is coordinated with the City (Fire Chief and OIC of Police referenced).
Grid-based testing requirements depend on floor/shadow area size (including grid sizing guidance and critical area testing).
DAQ 3.4 verification includes a five-second transmission requirement, with limited movement allowed within a grid before recording a failure.
Pass/fail criteria include limits on failing non-adjacent grid areas and a defined re-test approach (including a 40-area test if needed).
Backup power testing includes full-load testing and the battery must not fail within a four-hour continuous test period.
Amplifier gain values must be measured (calibrated equipment) and kept on file for future verification/monitoring.
Annual testing
At least annually, owners test active components (amplifiers, power supplies, batteries) and keep records as part of the Fire Safety Plan; amplifier gain is re-established as needed and batteries/power supplies are load tested.
Annual testing also includes measuring isolation and amplifier uplink noise.
Qualified supervision
Tests must be performed by or under the direct supervision of a professional engineer registered in BC and qualified in radio communications, with sealed test reports.
Permits and enforcement
Bylaw 4210 states that no permit shall be issued until requirements are met to the satisfaction of the Building Inspector and Fire Chief.
The bylaw also provides right-of-entry for inspection and establishes penalties, including fines (up to $50,000) and bylaw notice enforcement.
How Fraser Valley RF Solutions helps in Port Coquitlam
We support Port Coquitlam projects with end-to-end E-Comm compliance services, including:
Coverage surveys and verification testing
iBwave design support and implementation planning
Commissioning and optimization (including isolation and uplink-noise performance validation)
Acceptance testing and AHJ-ready documentation
Annual testing, troubleshooting, and ongoing compliance support
Official bylaw reference
For the authoritative source, refer to the City of Port Coquitlam PDF:
Emergency Services Radio Bylaw, 2020, No. 4210 (PDF)
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