Miniature circuit breakers (MCB)
Household and similar devices. Defined by pole count, rated current, tripping characteristic and rated breaking capacity.
Circuit Breaker Certification
SABER Certificate for Circuit Breakers, MCB & MCCB in Saudi Arabia
Exporting circuit breakers or residual current devices to Saudi Arabia? BenzilaCert helps manufacturers and exporters separate the device families, confirm which standard applies to each, check that declared breaking capacities are supported, and group model ranges for SABER certification.
Send to scope a breaker file:
- Device Type & Poles
- Rated Current & Breaking Capacity
- Model List
Products Covered
Protective Devices We Cover
This page covers the device supplied on its own. Each family below is assessed separately — they are not one catalogue.
Moulded case circuit breakers (MCCB)
Industrial devices at higher ratings, often with adjustable trip units that form part of the declaration.
Residual current devices (RCCB / RCD)
Earth-leakage protection without overcurrent protection. The declared residual operating current and type are what define the model.
Combined RCBO devices
Residual current protection with integral overcurrent protection — assessed against both functions, not one.
Air circuit breakers (ACB) and switch-disconnectors
Larger withdrawable breakers and isolating switches, where the operating mechanism and utilisation category matter.
Finished distribution boards — not this page
A completed board containing these devices is an assembly with its own declared ratings. That route is on our electrical panels page.
Loose devices and fitted devices are different files
A breaker sold on its own is a product in its own right. The same breaker fitted inside a certified distribution board is covered by that board's assembly certificate — which does not extend to the identical device shipped loose as a spare. Ranges sold both ways need both. The assembly route is covered on our electrical panels page.
Classification
What Decides a Device's Classification
Six factors that separate one device file from another. Each is read from the declared ratings, not from the product name.
| Factor | Why it changes the answer |
|---|---|
| Device family | MCB, MCCB, RCCB, RCBO and disconnectors are distinct device families with distinct evidence |
| Household or industrial use | The declared intended use can point at a different standard within the protective device family |
| Rated current and pole configuration | Current range and pole count define the model family and constrain how it can be grouped |
| Rated breaking capacity | The declared short-circuit breaking capacity is a primary rating and is tested, not inferred |
| Tripping characteristic | Curve type for overcurrent devices, and residual current type and rating for earth-leakage devices |
| Supplied loose or inside an assembly | A device sold on its own and a device fitted into a certified board are different submissions |
We do not publish an HS code for protective devices, because the code follows the device specification rather than the category. Overcurrent devices, earth-leakage devices, disconnectors and parts can classify differently, and the classification is what determines the applicable regulation. It is confirmed per family — see our HS code check.
Applicable Requirements
Saudi Certification Routes for Breakers
What may apply to a device file, and what is confirmed per family rather than across the category.
Where the confirmed classification falls under an applicable Saudi technical regulation, a protective device generally needs a product certificate registered on SABER, followed by a shipment certificate for each consignment. The product certificate is issued by an approved conformity assessment body against the technical file and the test evidence.
Within the protective device group, the declared intended use matters: household and similar devices and industrial devices are commonly assessed against different standards in the family. Evidence prepared to one does not transfer to the other, so the intended use is declared at the start rather than corrected later.
Whether the IECEE route is available for a given device depends on the current national recognition scope. It does not follow automatically from the product being a breaker, so we confirm it against the current published scope before relying on it.
Breaking capacity is tested, not declared
Rated short-circuit breaking capacity is the rating most often overstated on a breaker file. It has to be supported by test evidence covering the specific frame and current range being declared — a figure taken from a marketing datasheet without a matching report will not survive review.
Testing
Breaker Testing Requirements
Checks a protective device assessment commonly draws on. Which apply depends on the device family and the standard edition the regulation names.
| Check | What it looks at |
|---|---|
| Construction and clearances | Creepage, clearance and protection against electric shock |
| Temperature rise | Behaviour of terminals and poles at declared rated current |
| Tripping characteristic | Operation against the declared time-current curve |
| Short-circuit making and breaking | The device against its declared rated breaking capacity |
| Residual current operation | Declared residual operating current and type — for RCCB and RCBO devices |
| Dielectric strength | Insulation under applied test voltage |
| Mechanical and electrical endurance | Declared number of operating cycles under load and no load |
| Terminal integrity | Connection of conductors at declared sizes without damage or loosening |
Testing is carried out by laboratories accredited for the relevant tests. Short-circuit testing in particular requires laboratory capability at the declared capacity, which is one reason a high declared rating lengthens a programme rather than shortening it.
Documents
Documents for a Breaker Certification File
What a device submission is built from. The model list against the report scope is the part most often short.
- Confirmed Saudi HS code for each device family
- Datasheet for each device model
- Full model list with rated current, pole count and breaking capacity per variant
- Declared device family and intended use — household or industrial
- Declared tripping characteristic, or residual current rating and type
- Manufacturer name and address as they will appear on the certificate
- Time-current curves as published for the range
- Laboratory test reports to the standards the applicable regulation names
- Product photographs and the marking as applied to the device body
- Statement of whether each model is also supplied inside finished assemblies
Not sure how wide your reports actually reach?
Send the model list with current ratings and breaking capacities, plus the reports you hold. We will map what the report scope covers against the range you ship.
Process
How a Breaker File Progresses
Five steps from the model list to certified consignments.
Separate the device families
MCBs, MCCBs, RCCBs, RCBOs and disconnectors are split first, because they are assessed as distinct families rather than as one catalogue.
Confirm classification and the applicable regulation
Confirm the Saudi HS code per family, then the applicable technical regulation and whether the household or industrial device standard is the one named.
Review the reports against the declared ratings
Check what existing reports cover against the declared current range, pole configurations and breaking capacities, and identify the remaining testing.
Complete the applicable conformity certification
Prepare the technical file and the model list, then submit for assessment by the approved certification body.
Obtain shipment certification
Each consignment is applied for against the product certificate, with the invoice models matching the certified list exactly.
Cost & Timeline
What Drives Cost on a Breaker File
Separate the government fees from the body, testing and service charges before comparing quotations.
Four things move the cost of a breaker programme: how many device families the catalogue splits into, how much of the declared current range the existing reports genuinely cover, whether short-circuit testing is needed at a high declared capacity, and the number of consignments needing shipment certificates.
Government and SADAD fees, conformity body charges, laboratory testing and service charges are separate lines and are quoted separately. Our SABER certificate cost page sets out how those lines work. We do not publish a flat price or a guaranteed turnaround for a device file, because both depend on the family split and the testing gap.
Common Problems
Where Breaker Files Go Wrong
Six issues we see repeatedly on protective device submissions.
Whole catalogue submitted as one family
MCBs and RCBOs are different device families with different test evidence. Submitted together, the file is usually separated before it progresses.
Breaking capacity declared higher than tested
Rated breaking capacity is a tested rating. Declaring a figure the reports do not support is among the most common reasons a breaker file is rejected.
One report stretched across a wide current range
A report covering part of a current range does not cover the whole of it. The gap is found when the model list is read against the report scope.
Household standard used for industrial devices
The declared intended use determines which standard in the family applies. Evidence to the wrong one does not transfer.
Device marking inconsistent with the datasheet
The rating printed on the device body is read against the technical file. Differences in current rating or curve type surface at review.
Devices covered only through a board certificate
A certificate for a finished assembly does not cover the same devices sold loose as spares. Stock shipped separately needs its own product certificate.
Keep Going
Related Pages
The assemblies these devices go into, and the certificates a device family ends up on.
FAQs
Breaker certification questions
Family grouping, assembly certificates, current ranges, the IECEE route, existing reports and the shipment stage.
Do circuit breakers need SASO SABER certification for Saudi Arabia?
Where the confirmed Saudi HS code for the device falls under an applicable technical regulation, the breaker generally needs a product certificate registered on SABER and then a shipment certificate per consignment. It is decided by the classification of the device rather than by the category name, so it is confirmed per family.
Can MCBs, MCCBs and RCBOs go on one certificate?
Generally not as a single family. They are distinct device families, often assessed against different standards within the protective device group, and the test evidence does not transfer between them. Variants within one family can often be grouped where they share construction and standards.
Does a certificate for my distribution boards cover the breakers?
No. An assembly certificate covers the finished board as a product. The same devices sold loose — as spares or for assembly elsewhere — are products in their own right and need their own certificate. Ranges that do both need both.
How wide a current range can one certificate cover?
It depends on what the test reports actually cover and on the certification body accepting the grouping. A single report rarely spans a full catalogue range, and the breaking capacity and frame size are the two properties that most often force a range to be split.
Is the IECEE route available for circuit breakers?
It may be, depending on the current national recognition scope for the device in question. SASO publishes an IECEE National Recognition list, and whether it reaches a particular protective device is confirmed from the current published scope rather than assumed across the category.
Will my existing test reports be accepted?
Possibly in part. Reports to the standards the applicable regulation names, from a laboratory accredited for those tests, may support the file. The approved certification body decides what it accepts, and gaps are usually about the report scope against the declared ratings rather than about the laboratory.
What is needed at the shipment stage?
The commercial invoice and packing list with model numbers exactly as certified, the product certificate reference, and the transport and origin documents as they become available. Our SABER documents checklist sets out the full list.
Find out how your breaker range actually splits
Send the model list with current ratings, pole counts and declared breaking capacities, plus any test reports you hold. We will review how the families separate and what evidence is missing.
Circuit Breaker Certification
Get a Breaker Certification Quotation
Tell us about the devices you ship, their ratings and breaking capacities, and whether they also go into finished boards. We reply within one business day with the likely route and what to send next.