HES 9600 Miami-Dade County and Broward County Compliance
The HES 9600 meets Miami-Dade County and Broward County requirements for windstorm-rated door assemblies through its ANSI/SDI A250.13 certification and Florida Building Code approval FL# 14307. These certifications permit installation on exterior doors throughout Florida's High-Velocity Hurricane Zone (HVHZ), which encompasses all of Miami-Dade and Broward counties.
Miami-Dade County maintains the most stringent building code requirements in the United States for hurricane resistance. The county's Regulatory and Economic Resources Department reviews all building product approvals for compliance with the Miami-Dade County Code Chapter 35 requirements. The HES 9600's FL# 14307 approval satisfies these requirements when installed in fail-secure configuration.
HVHZ Compliance Documentation
| Florida Product Approval | FL# 14307 |
| HVHZ Approved | Yes (Miami-Dade and Broward Counties) |
| ANSI/SDI Standard | A250.13 (Windstorm Resistance) |
| Test Protocols | TAS 201, TAS 202, TAS 203 |
| Required Configuration | Fail-Secure Only |
| Applicable Wind Speed | Up to 180 mph design wind speed |
Miami-Dade County Specific Requirements
Miami-Dade County building officials may require 4 documentation items during permit review and inspection:
1. Florida Product Approval Letter
Provide a copy of the HES 9600 Florida Product Approval referencing FL# 14307. Download the current approval letter from the Florida Building Commission Product Approval database. Building officials verify active approval status before issuing permits.
2. Notice of Acceptance (NOA)
Some Miami-Dade County building departments historically required a separate Notice of Acceptance (NOA) issued by Miami-Dade County in addition to the state-level Florida Product Approval. However, Florida Statute 553.842 now recognizes state-issued Florida Product Approvals as valid throughout all Florida jurisdictions, including HVHZ areas.
Florida law (553.842) establishes that Florida Product Approvals are valid statewide, including HVHZ regions. If a building official requests a separate Miami-Dade County NOA:
- Reference FL# 14307 as the valid HVHZ approval
- Cite Florida Statute 553.842 regarding statewide acceptance
- Contact ASSA ABLOY technical support for additional documentation if required
3. Installation Specifications
Submit installation specifications demonstrating compliance with the approved configuration. The HES 9600 must be installed in fail-secure mode to maintain HVHZ certification. Include wiring diagrams showing the fail-secure configuration. See the fail-safe vs fail-secure guide for configuration details.
4. Door Assembly Approval
The complete door assembly (frame, door, hinges, exit device, weatherstripping) must carry Florida Product Approvals for HVHZ applications. The HES 9600 certification applies only when installed as part of a fully approved assembly. Provide assembly documentation showing all components meet HVHZ requirements.
Broward County Requirements
Broward County shares identical HVHZ requirements with Miami-Dade County under the Florida Building Code. The HES 9600's FL# 14307 approval applies equally to both counties. Broward County building officials accept the Florida Product Approval without requiring additional county-specific documentation.
Broward County Building Division
For Broward County permit applications involving the HES 9600:
- Submit FL# 14307 product approval letter with permit application
- Include installation specifications showing fail-secure configuration
- Provide complete door assembly product approval documentation
- Schedule inspection after installation completion
HVHZ Installation Requirements
Achieving HVHZ compliance requires adherence to 6 installation specifications:
1. Fail-Secure Configuration
The HES 9600 must operate in fail-secure mode for HVHZ approval. Fail-secure keeps the latchbolt locked when power is removed, maintaining wind resistance during hurricane-related power outages. Configure the internal jumper for fail-secure before installation.
Installing the HES 9600 in fail-safe configuration voids the FL# 14307 HVHZ approval. Building inspectors will reject fail-safe installations in Miami-Dade and Broward counties. Fail-safe mode unlocks the door during power loss, compromising wind resistance.
2. Frame Reinforcement
HVHZ wind loads require robust frame attachment. For hollow metal frames:
- Frames 14 gauge or thicker: Tap 1/4"-20 threads directly into frame
- Frames thinner than 14 gauge: Install Securitron BN-250 blind nuts
- Use all 4 mounting screws at specified torque
See the hollow metal frame installation guide for detailed procedures.
3. Keeper Alignment
Proper latchbolt-to-keeper alignment ensures wind load transfer from door to frame. The keeper must align within ±1/16" of the latchbolt centerline. Use the 9000-MTK template for accurate positioning. Misalignment can cause latchbolt binding under wind deflection.
4. Weatherproofing
HVHZ exterior installations require weatherproofing to prevent water intrusion during wind-driven rain. Seal the strike mounting perimeter with silicone sealant rated for exterior exposure. Route wiring through weatherproof conduit or raceway systems.
5. Power Supply Location
Locate power supplies in protected areas away from potential flooding. HVHZ buildings may experience storm surge in coastal areas. Mount power supplies at least 36 inches above finished floor in flood-prone installations. Use Smart Pac III power supplies with battery backup for continued operation during power outages.
6. Inspection Preparation
Prepare for building department inspection with the following documentation:
- FL# 14307 product approval letter (current version)
- Installation photograph showing fail-secure jumper configuration
- Door assembly product approval documentation
- Wiring diagram showing power supply and access control connections
Design Wind Speed Compliance
Miami-Dade and Broward County HVHZ regions require building products rated for design wind speeds up to 180 mph. The HES 9600's structural ratings accommodate these wind loads:
| Performance Metric | HES 9600 Rating | HVHZ Requirement |
|---|---|---|
| Static Holding Force | 2,000 lbs | Per assembly testing |
| Dynamic Impact Resistance | 120 ft-lbs | TAS 201 compliant |
| Cyclic Load Resistance | Passed 9,000 cycles | TAS 203 compliant |
| Pressure Differential | Passed ±180 mph equivalent | TAS 202 compliant |
Common HVHZ Compliance Issues
Issue 1: Fail-Safe Installation
Problem: Installer configures HES 9600 for fail-safe operation based on building owner preference for unlocked doors during power failure.
Solution: Fail-secure is mandatory for HVHZ compliance. Use access control programming with request-to-exit (REX) sensors and battery backup to maintain accessibility without compromising wind resistance.
Issue 2: Incomplete Assembly Approval
Problem: HES 9600 holds FL# 14307 approval, but the door or frame lacks HVHZ certification.
Solution: Verify all assembly components carry Florida Product Approvals for HVHZ before installation. The HES 9600 cannot provide HVHZ certification to a non-compliant assembly.
Issue 3: Inadequate Frame Attachment
Problem: Mounting screws pull out of thin-gauge hollow metal frame during wind load testing or actual hurricane conditions.
Solution: Install Securitron BN-250 blind nuts in frames thinner than 14 gauge. Blind nuts provide threaded anchor points with greater pull-out resistance than screws threading directly into sheet metal.
Issue 4: Missing Documentation
Problem: Building inspector cannot verify FL# 14307 approval during inspection.
Solution: Maintain current product approval documentation on-site throughout construction. Download updated approval letters before inspection, as product approvals have expiration dates requiring renewal.
Hurricane Preparedness Checklist
Verify the following 5 items before hurricane season:
- Fail-secure configuration: Verify jumper position remains in fail-secure
- Mounting fasteners: Check all 4 mounting screws for tightness
- Keeper alignment: Test latchbolt engagement without binding
- Weatherseal integrity: Inspect perimeter sealant for cracks or gaps
- Backup power: Test battery backup operation on power supplies