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Don 't go to the drill room .
The person who wants to push the material or manually untie the jam can be crushed between the moving jaw and the treasure.
CE · Jaw crusher
CE conformity for Jaw crusher
For Jaw crusher, the applicable CE scope is determined from intended use, energy sources, safety architecture and target market. The risk assessment, technical file, testing and conformity route must be verified against the actual model.
The principle of the cutIntermittent compression between the eccentric mile and the moving chin
Energy sourcesElectric motor, high-speed steering wheel and hydraulic adjustment system
Main interventionsChange of jaw plate, opening setting, lubrication and obstruction removal
Line interfacesFeeder, front-loading, metal separator and discharge conveyor
Direct response to the scope
CE conformity for Jaw crusher — Define the product boundary first
The jaw breaker accumulates significant torque on the steering wheel while frictioning the material with high force between the fixed and the displaced jaw. Feed irregularity, excess of foreign metal or capacity can cause bridging in the treasure and locking in the breaking room. Risk assessment also includes predictable uses such as loading with the cuff until normal feeding, magnetic separator failure, rebounding parts, and the operator's approach to the treasure.
If hydraulic dam, set-up cylinder, crank, stone-breaker arm or special pulling apparatus are used, their capacity and connection points must be defined. Motor stop does not mean a safe state; the intervention cannot be initiated without verifying that the steering wheel is completely stopped, the mechanical pressure is drained, the suspension load is secured, and the restart is locked.
The dynamic force the opponent will transfer to the ground or steel chassis affects the fatigue of the protective elements and the stability of the access platforms. Dust-soaked connections, rock-resistant sieves, slipless stairs and safe lubrication points are shown in the layout drawing. If the machine is to be installed in line with other conveyors, the up and down equipment's stand order, material discharge time, and common emergency stop behaviour are verified with the integrator.
Product profile
Technical features that change the evaluation
The following data shows why even models with the same product name can change the path of conformity.
The principle of the cutIntermittent compression between the eccentric mile and the moving chin
Energy sourcesElectric motor, high-speed steering wheel and hydraulic adjustment system
Main interventionsChange of jaw plate, opening setting, lubrication and obstruction removal
Line interfacesFeeder, front-loading, metal separator and discharge conveyor
Risk architecture
The main dangers to be addressed in the file
The protective, control and verification approach shall be based on the actual product cycle.
Rock and metal rolling
The hard part jumping back from the jaw can reach the loading area, examining the flow geometry, impact sieves and operator position under actual feeding conditions.
Steering and transmission organs
The belt, bolt and steering wheel create long stand times with the danger of catching.
Stored mechanical hydraulic energy
The insulated stone, tension bar or accumulator can cause sudden movement during the intervention.
Heavy parts maintenance
The jaw plates and the hook elements can fall off when lifted or cause finger sticking.
Dust, noise and vibration
Dry rock fracture can create high exposure, so pressing or soaking in the source, acoustic information and basic connections are part of the technical solution.
The conditional law matrix
When will the regulation take effect?
A single product name doesn't give the same answer for all models.
| The subject | The situation | Product-based evaluation |
|---|---|---|
| The machine's layout | YES, YES | In Turkey, 2006/42/AT is applied for a jaw breaker; the next national compliance is confirmed on the date of the first market supply or first service of the jaw unit. The jaw breaker and safety components are addressed together. |
| EMC | IT 'S A MESS . | EMC scope is assessed in terms of the intended environment; driver and communication patterns affect test requirements. |
| LVD | NO , NOT AT ALL . | The LVD is not applied to machinery as a separate directive; electrical safety objectives are met within the scope of machinery legislation. |
| PED | IT 'S A MESS . | The friction force is not a PED; only if the hydraulic accumulator or pressure equipment is within the range threshold is considered on a component basis. |
| ATEX | IT 'S A MESS . | In installations where combustible minerals, coal or organic dust form explosive atmospheres, the equipment category and fuel sources are also assessed. |
| Line integration | IT 'S A MESS . | When joint controls with feeders and conveyors are established, the limits of the final order, the order of the stand and the reporting responsibility are redefined. |
Standard and verification approach
- EN 1009-1: The common safety requirements of mineral processing machines are assessed for access and general verification approach.
- EN 1009-2: It provides applicable provisions for the risks posed by the breaker by the feed and continuous transport interfaces.
- EN 1009-3: It deals with the hazards of mouth-feeding, rolling, clogging and maintenance of grinding and milling machines.
- EN ISO 12100: It's a process of risk reduction that builds on the entire lifecycle scenarios of machine boundary.
- The following is the list of the countries of the European Union:: It supports the locking principles of unlockable protectors with the support of steering-wheel-drive retainers.
- EN ISO 13849-1 and -2: Protective lock is used in the design and verification of safe positioning and restart prevention functions.
- EN 60204-1: If the electrical equipment falls within this standard, it is used for feeding, motor control, protective coupling and testing; it is not automatically selected.
Important distinction
CE conformity for Jaw crusher — Product conformity is a separate study.
ISO management system certification does not replace product-specific risk analysis, test evidence and compliance file.
The compliance work plan
In what order will the technical preparation proceed?
Save the configuration
The mouth size, capacity, propulsion, jaw setting, chassis and connected line equipment are fixed in a single technical definition.
Task-based risk analysis
Loading, observation, sampling, clogging, plate change and cleaning are examined as separate business steps.
Protection and access design
The drainage sinks, steering controls, platforms, insulation points and lifting arrangements are adjusted according to the risk outcome.
Functional verification
The duration of the stand, locks, emergency stopping, inter-line locking and hydraulic pressure discharge scenarios are tested.
File and deliver
The remaining risks are completed by declaring and marking the safe containment method, maintenance parts and operator instructions.
Product records to search for in the technical file
- General location and boundary drawing
- The material statement with the brake parameters
- Task-based risk assessment
- Drawings of the hazard-siper and steering wheel guard
- Electric and hydraulic schemes if any
- Security function calculations and verification
- Standing, lock and blockage test records
- Noise-dust-quake ratings
- Removal points and parts change instructions
- In Turkey, 2006/42/AT requires an AT Statement of Conformity in the binary file. For the binary type, the EU/AEA includes 2006/42/EC on 19 hob 2027; the binary record uses the AT/EC Statement of Conformity. This binary unit is applied to the EU Statement of Conformity from 20 hob 2027 (EU) 2023/1230.
They 're the entries for a healthy offer .
- Mouth size and target capacity
- The maximum length of the piece with the material to be broken
- Fixed, barbed or mobile installation
- Engine and hydraulic configuration
- Feed-conveyor interfaces
- Platform drawings with the existing cache
- Current status of prototypes and tests
The scope of work is dependent on the blockage solution, maintenance access, hydraulic options, and line integration to the breaking size. Document review, engineering improvement, and on-site testing are defined as separate work pens; no price or result guarantee is given.
Internal links
Relevant category and product guides
Compare the top coverage or other similar risk architecture.
Frequently Asked Questions
CE conformity for Jaw crusher — Technical answers about
What risks does the steering wheel control not solve in the jaw breaker?
Feeding mouth, rolling, clogging, heavy maintenance parts, control and line interfaces should also be evaluated throughout the life cycle.
Can you write instructions for removing the remaining stone with a duck?
The method can only be defined if load, vision, equipment capacity and restart risk are confirmed.
When the steering wheel stops, is the power completely gone?
The sticky material, the tension pattern, the suspended parts and the hydraulic pressure can remain, all sources are checked before the intervention.
Does the second-hand jaw breaker need a new engine?
The extent to which the engine change changes the power, speed, control and risk profile is examined, and the outcome of the major change and the market supply scenario are assessed together.
Does the roadworthiness for the breaker on the mobile chassis fit into the CE file?
The machinery safety file covers the risks of transport and installation; road registration or traffic requirements may also be a national process.
How does the offender stop the feeder's joint emergency?
The controlled stand order, which does not increase the risk, determines when the device should stop, the accumulation of material and the ability to reinstall are confirmed by test scenarios.
Technical scope and offer
CE conformity for Jaw crusher — Let us clarify your technical file together.
Share the model of the machine or device, the location of use and the basic technical data. The Kayra Patent explains the path to be followed for scope analysis, technical preparation, test plan and, where necessary, approved organization coordination.
Final inspection of content and technical scope: 20 August 2026The official bases: European Commission Machinery · EUR-Lex — EU 2023/1230