- What an EHC Actually Is
- Who Issues the Credential
- What an Electrified Hardware Consultant Does
- The Four Competency Areas on the Exam
- How the Exam Is Built and Delivered
- Fees, Eligibility, and Registration Mechanics
- DHI Preparation Courses Behind the Credential
- Who Hires and Values the Credential
- Keeping the Credential Active
- Sequencing Your Preparation by Domain
- Frequently Asked Questions
- EHC means Electrified Hardware Consultant, a credential issued by the Door and Hardware Institute (DHI).
- The exam covers four areas: electrified hardware product, code with access control, fire/life safety codes, and opening security needs.
- The full examination is described as eight hours, paper and pencil, mixing short-answer, long-answer, and multiple-choice sections.
- Fees are USD 550 for DHI members and USD 850 for nonmembers, with a USD 300 retake fee.
What an EHC Actually Is
An EHC is an Electrified Hardware Consultant: a professional who has earned the Electrified Hardware Consultant certification from the Door and Hardware Institute. The credential signals that its holder can specify, coordinate, and troubleshoot door hardware that is powered, monitored, or controlled electronically, and can do so within the code environment that governs those openings.
The acronym is shared by other, unrelated credentials in other industries. This article is strictly about the door-hardware credential, so if you arrived looking for a different "EHC," the details below will not apply to it. For quick-reference pages on the name itself, see our short explainers on what EHC stands for and the meaning of EHC, and for a broader overview of the credential see EHC certification.
Who Issues the Credential
The Electrified Hardware Consultant credential is administered by the Door and Hardware Institute (DHI), the professional association for the door, frame, and architectural hardware industry. DHI publishes the examination competency statements, sets the policies for proctoring and retakes, runs the continuing education program, and offers the training courses that align with the credential.
That single-source structure is useful for candidates: the authoritative answers about eligibility, fees, and scheduling come from DHI itself rather than from third parties. Where DHI's own pages are inconsistent (more on that below), the correct move is to confirm with DHI directly at the time you schedule.
What an Electrified Hardware Consultant Does
The work centers on openings that are more than a lockset and a closer. Typical responsibilities include:
- Reading and producing electrified hardware drawings, including riser and wiring diagrams that show how power and signals reach each opening.
- Coordinating hardware with access control, so that readers, electrified locks, door position switches, request-to-exit devices, and power supplies work as one system.
- Applying code to electronic openings, particularly where egress, fire-rated assemblies, and accessibility requirements constrain what electronic hardware may do.
- Troubleshooting openings that do not behave as designed, tracing faults through hardware, wiring, power, and controller logic.
- Writing specifications and reviewing submittals so that what is bought and installed matches the security and life-safety intent.
This is a consultative role. The value is in preventing coordination failures between the hardware supplier, the electrical contractor, the access control integrator, and the code official.
The Four Competency Areas on the Exam
DHI publishes four competency statements for the examination, and no percentage weights are published for them. That means you should not assume any one area carries more points than another. Treat all four as examinable and prepare accordingly. For a deeper walk-through of each area, see our complete guide to the four EHC content areas.
Domain 1: Advanced mechanical and electrified hardware product
This is the product-knowledge area. Candidates must understand how advanced mechanical hardware and electrified hardware actually function, and how to select the right product for a given opening.
- Electrified locking and exit hardware and how each type behaves on power loss
- Door position sensing, request-to-exit, and other monitoring components
- Power transfer methods that carry current across the hinge side of a door
- Where mechanical hardware limits what electrified hardware can do
Domain 2: Code application knowledge with an understanding of electronic access control systems
Here code knowledge meets system knowledge. You need to understand how electronic access control is structured and how codes apply when an opening is controlled electronically.
- How readers, controllers, power supplies, and locking hardware interrelate
- Low-voltage circuitry fundamentals needed to specify and troubleshoot an opening
- How code requirements shape which electronic functions are allowed at a given opening
- Integration points between hardware schedules and access control scopes
Domain 3: Understanding fire, life safety, accessibility, and building code requirements
This area covers the regulatory frame around every opening: fire protection, safe egress, accessibility, and general building code.
- How fire-rated openings constrain hardware choices and modifications
- Egress requirements and how electrified hardware must preserve free exit
- Accessibility requirements that affect operating force, clearances, and hardware type
- Recognizing when a proposed electronic solution conflicts with code intent
Domain 4: Understanding of architectural door openings and security needs
The final area ties hardware to the opening itself and to the owner's security goals.
- How door, frame, and wall conditions affect electrified hardware installation
- Translating a security requirement into an opening-by-opening hardware solution
- Balancing security needs against egress and life-safety obligations
- Reviewing an opening holistically instead of one component at a time
Key Takeaway
The four areas are interdependent. A single exam scenario can require product knowledge (Domain 1), an access control view (Domain 2), a code judgment (Domain 3), and an opening-level security decision (Domain 4) at once. Practice working across all four on the same opening.
How the Exam Is Built and Delivered
DHI describes the full EHC examination as an eight-hour, paper-and-pencil exam with three question styles: short-answer, long-answer, and multiple-choice. The long-answer and short-answer sections reward being able to explain and justify a solution, which is a different skill from recognizing the right answer on a multiple-choice item.
The delivery details DHI has not fully reconciled
Candidates should know that DHI's published materials do not line up perfectly on delivery:
- The EHC page describes paper delivery and directs retakes into an online testing platform called Prolydian.
- DHI's exam information page for a sister credential states that the EHC multiple-choice component is offered through Prolydian with MonitorEDU live remote proctoring.
- DHI's general certification policy still names a different testing vendor and restricts remote proctoring.
- The general policy's two-retake limit conflicts with the EHC page's reference to a third-retake application.
We also want to be direct about what has not been verified: there is no confirmed current question count, no confirmed timer for the multiple-choice component by itself, no published passing score, and no published pass-rate statistic. If you see a specific pass rate or cut score quoted elsewhere, treat it with skepticism. Our pages on the EHC passing score and EHC pass rate explain what is and is not known.
The proctor requirement
For the paper examination, you arrange your own proctor. DHI's certification policies require that the proctor hold the same certification, meaning an EHC-certified proctor, and prohibit proctoring a family member or someone employed by the same company, division, or branch. The stated exception is staff proctoring at DHI's National and Micro Schools. In practice, this means you should start looking for an eligible proctor early, because the pool of certified holders outside your own employer may be small.
Fees, Eligibility, and Registration Mechanics
| Item | DHI Member | Nonmember |
|---|---|---|
| Examination fee | USD 550 | USD 850 |
| Retake fee | USD 300 | |
| Prerequisites to apply | None required | |
| Recommended courses | EHC403, EHC413, EHC423 | |
| Renewal (one credential) | USD 175 | USD 210 |
Two points stand out. First, there is no formal prerequisite to apply, so experience and coursework are recommendations rather than gates. Second, the membership price gap on the exam fee is large, which makes DHI membership worth pricing out before you register. Our EHC requirements guide covers eligibility in more depth, and the EHC certification cost breakdown shows how exam, training, and renewal fees add up. For scheduling considerations, see EHC exam dates and deadlines.
DHI Preparation Courses Behind the Credential
DHI's course catalog lists EHC403, EHC413, EHC423, and EHC490 as the preparation entries for this credential, and DHI recommends the first three for candidates. The published preparation content covers:
- Electrified hardware drawings
- Access control integration
- Low-voltage circuitry
- Troubleshooting
- Shop-drawing exercises
- Specification writing
It is important to read these correctly. They are unweighted preparation topics, not an exhaustive exam blueprint and not an official count of exam domains. Course hours, tuition, software exercises, and class materials do not tell you anything about exam timing, exam fees, or what resources you may use on exam day. Likewise, historical code editions cited in course materials should not be read as identifying the code edition any current exam is built on.
The practical takeaway is that the courses build the skills (drawing, wiring logic, troubleshooting, spec writing), and the exam's four competency statements define what you will be measured against. Use both lenses. Our EHC training overview and the EHC study guide go further into building a plan around them.
Who Hires and Values the Credential
The credential is most relevant where electrified openings are specified, supplied, and installed. Typical employers and roles include:
- Architectural hardware distributors and suppliers, where consultants prepare hardware schedules and review submittals for electrified openings.
- Door hardware manufacturers, in technical sales and product support roles that require explaining electrified product behavior.
- Architecture and consulting firms, where specifiers write door hardware sections that must coordinate with access control.
- Security and access control integrators, who need hardware fluency to tie systems to physical openings.
- Facility owners and institutions, such as campuses and healthcare systems, with large inventories of electrified openings to maintain.
We do not cite salary figures here because none are verified in DHI's published materials. For an analysis of earnings and value, see our EHC salary guide, our ROI analysis of the certification, and our EHC jobs overview.
Keeping the Credential Active
Earning the credential is not the end of the commitment. DHI's Continuing Education Program requires 30 CEP points every three years, with at least 24 of those points being technical. Renewal for a single credential costs USD 175 for members or USD 210 for nonmembers.
Sequencing Your Preparation by Domain
Because DHI does not publish weights, a sensible plan gives each area deliberate attention and builds from foundation to integration. One reasonable order, assuming a multi-week runway:
Domain 1: Product foundations
- Learn how each electrified hardware type behaves, including power-loss behavior
- Practice reading electrified hardware drawings
Domain 2: Access control and low-voltage logic
- Trace signal and power paths for sample openings
- Work troubleshooting scenarios end to end
Domain 3: Fire, life safety, accessibility, and building code
- Test every earlier design against egress and fire-rating constraints
- Practice explaining code conflicts in writing
Domain 4 plus integration
- Build complete opening solutions from a security brief
- Rehearse long-answer and short-answer responses under time pressure
Product knowledge goes first because every other domain depends on it. Code goes after access control so you can stress-test real designs against it. The final block should be written practice, since the paper exam's long-answer and short-answer sections demand clear explanation, not just recognition. To gauge the effort involved, read how hard the EHC exam is, and keep our one-page EHC cheat sheet handy for review. You can also test yourself with the practice questions on our main practice test site.
Key Takeaway
Do not rely on guesses about weighting or question counts. Prepare against the four published competency statements, practice written explanations as well as multiple-choice recall, and verify delivery and retake details with DHI when you schedule. For additional practice, visit EHC Exam Prep.
Frequently Asked Questions
It stands for Electrified Hardware Consultant, a certification issued by the Door and Hardware Institute (DHI). It recognizes expertise in electrified door hardware, access control integration, and the codes that govern electronic openings. See our explainer on what EHC certification is for more.
No prerequisites are required to apply. DHI does recommend the EHC403, EHC413, and EHC423 courses, which cover electrified hardware drawings, access control integration, low-voltage circuitry, troubleshooting, and specification writing.
The examination fee is USD 550 for DHI members and USD 850 for nonmembers, with a USD 300 retake fee. Course tuition is separate and does not determine exam fees.
DHI describes the full examination as eight hours, paper and pencil, with short-answer, long-answer, and multiple-choice sections. The multiple-choice component may be delivered online with live remote proctoring, so confirm delivery details and permitted attempts with DHI when you schedule.
You must earn 30 CEP points every three years, including at least 24 technical points, and pay the renewal fee: USD 175 for members or USD 210 for nonmembers for one credential.