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Disclaimer

Øglænd System cleats have been tested for electromechanical performance in accordance with 61914:2021. Testing was conducted using a fault duration of approximately 110ms, with a Ø32mm class 2 single core 400mm² low voltage PVC insulated copper cable.

The Cleat Selector Tool enables users to match various cleat types with different support types. Each cleat type is supported by a reference test based on a specific configuration. However, the tool does not evaluate the combined performance of cleat and support systems under fault conditions. The tool is based on the published Type Approval Certificates and the electromechanical force equation defined in IEC 61914:2021, using modelled peak short-circuit current as input.

Factors influencing short-circuit performance include, but are not limited to: fault duration, decay rate, softness of cable outer sheath, conductor material, stranding level, nature of support, and other relevant factors. Nothing in this tool constitutes engineering, legal, or other professional advice. Users should consult with qualified professionals as appropriate for their specific circumstances.

The tool assumes: Installation is performed in accordance with manufacturer’s User Guides; adjacent cables do not simultaneously carry short-circuit current and surrounding materials exhibit vacuum permeability.

Due to the limited user input parameters, Øglænd System expressly disclaims all warranties, whether express or implied, including but not limited to warranties of merchantability, fitness for a particular purpose, and non-infringement, regarding the accuracy, completeness, or suitability of the tool’s recommendations. Final cleat spacing intervals and product selection remain the sole responsibility of the user. Users are solely responsible for the accuracy and completeness of all input data provided to the tool. Øglænd System shall not be liable for any errors or omissions in user-provided data. By using this tool, users agree to indemnify and hold harmless Øglænd System from any claims, damages, or losses arising from the use of the tool or reliance on its outputs. The tool is intended solely as a preliminary guide tool for technically qualified personnel. Users must ensure that the selected products meet the specific technical and operational requirements of their application. Øglænd System shall not be liable for any direct, indirect, incidental, consequential, or special damages arising out of or in connection with the use of this tool or reliance on its recommendations, even if advised of the possibility of such damages. Where the tool references or relies on third-party data, certificates, or reports, Øglænd System makes no representations or warranties as to the accuracy, completeness, or reliability of such third-party information and disclaims any liability arising therefrom.

Øglænd System reserves the right to modify, update, or discontinue the tool or its content at any time without prior notice. This disclaimer and any disputes arising from the use of this tool shall be governed by and construed in accordance with the laws of Norway, without regard to its conflict of law principles.

For any queries regarding the short-circuit conditions, please contact Oglaend System Engineering Support for assistance.

Important notice about our engineering support for short-circuit calculations

To ensure accurate evaluation of cleats and support systems, users must provide correct input data for short-circuit calculations.

Cable rating values cannot be used as short-circuit basis.

Please submit the Short-Circuit Calculation Report from the Electrical Planner Responsible Engineer.

Key data required includes:

Maximum short-circuit peak current (Ipeak) and preferably the short-circuit RMS from the Short-Circuit Calculation Report. As the customer, you are required to provide the accurate, application specific input from your Electrical Planner for each cable segment, noting that it will be used for cleating the cable for short-circuit conditions. Some operation modes and nodes are not relevant for cable cleating, your Electrical Planner should specify and confirm which data applies for cleating purposes.
System voltage and system frequency
Cable data sheets including outer diameter, core material, and core size.
Cable configuration (trefoil or single) including the Center-Center distance for single cleats.

Other desirable information:

Overall single line diagram
Instances of cables connected in electrical parallel, including detail regarding whether they are operated by a common breaker or individual breakers.

Once calculations are performed, Øglænd System will send the electrical data considered in the evaluation to you, the customer, for validation. You must approve the estimated electrical parameters and final forces in the system.

For any queries regarding the short-circuit conditions, please contact Oglaend System Engineering Support for assistance.

? Help

Selection helper

Choose cable configuration: Single means cables in a flat configuration. Trefoil means 3 cables inside one cable cleat (Assuming that they make up a three-phase system).
Cable outer diameter: Input the outer diameter of your cable, this will be used to recommend the cable cleat size.

Tolerance:

	SmartCleat SS single	SmartCleat SS trefoil	SmartCleat+ SS single	SmartCleat+ SS trefoil	Non-metallic SmartCleat
Tolerance:	±2mm	±1.5mm	±3mm	±2mm	Range in product name: e.g. SCLT-1xØ15-20 GFP/EPDM

Length of installation: Input the length of the installation. Based on your input, the selector will recommend the quantity of products to order.
Short-circuit(s): Input how many short-circuits the cable cleats should be rated for.
Peak short circuit current: Use prospective max short-circuit peak current as calculated for the actual part of the electrical network. If not available, calculations to determine it must be performed. No safety margin is applied, therefore it is recommended that the peak current calculation should consider any safety margin required. The tool will use this data to recommend installation distance and establish whether the cleat will be able to restrain the cables in a short-circuit event.
Distance C-C between cables: Input the centre-centre distance between cables (not relevant for trefoil configuration as the distance will be equal to the cable diameter). This input together with the peak short-circuit current is used to estimate the electromechanical force.
Install cable cleat on: Choose the cable ladder or support channel that the cables will be installed on. This input will be used to recommend the adapter needed to install the cable cleats on the support. If you need to install on products not listed, please contact Øglænd System Engineering Support.
Cable ladder width: This input will be used to recommend the exit plate to order (recommended in both ends of cable run). User is required to validate that the width chosen is suitable to support the cables. Exit plate is not required when installing on channels, instead install 3 channels at the start and end of the installation with 150mm distance (see illustration).
Show other compatible systems: Øglænd System are unique in testing our cable cleats together with our recommended cable management support as a complete system. The recommendations shown are based on this full system approach, tested, calculated, and certified according to the international IEC 61914: 2021 standard and based on the highest inputs given. By clicking “show other compatible systems”. result combinations where the cleat and support are fully compatible and list the relevant parts necessary for ordering will be included.
Vertical installation: Vertical and horizontal installations must be considered separately. i.e., if a project consists of both horizontal and vertical installations, two separate cleat selections should be completed – one for horizontal and one for vertical runs. SmartCleat SS can be provided with 3, 6 and 9mm thick liners. Note: Only 3mm and 6mm liners are considered for vertical installation of the SmartCleat SS selection.
Fault type: A short-circuit between two of the three conductors in a three-phase system is possible (third conductor not involved). Alternatively, a one-phase circuit (two conductors), and a short-circuit between these two conductors may occur. If the prospective max 2-P peak current is above 87% of the prospective max 3-P peak current, or if the system is a single-phase system, then choose 2-P – otherwise choose 3-P.

Which cable cleat should I choose? This depends on the installation and project requirements. Weight on the support also needs to be considered and is not considered in the recommendations provided by this selector. SmartCleat in SS is typically recommended for cable diameters between 25-99mm. For larger cables, SmartCleat+ is typically recommended. SmartCleat+ is less space efficient than standard SmartCleats, but may be easier to install on larger, more rigid cables. Mekano 100-2T channels are typically recommended as support. For a full fibreglass (FRP) installation, Øglænd System Non-metallic SmartCleats are typically recommended, together with FOE100 or FOE150 cable ladders in FRP material. For larger cable sizes, FSS support channels in FRP material can offer higher loading capacity.

User guides: Click on the cable cleat and adapter shown in the result and scroll down to the downloads section and download the user guide(s).

Disclaimer:

For any queries regarding the short-circuit conditions, please contact Oglaend System Engineering Support for assistance.

Important notice about our engineering support for short-circuit calculations

To ensure accurate evaluation of cleats and support systems, users must provide correct input data for short-circuit calculations.

Cable rating values cannot be used as short-circuit basis.

Please submit the Short-Circuit Calculation Report from the Electrical Planner Responsible Engineer.

Key data required includes:

Maximum short-circuit peak current (Ipeak) and preferably the short-circuit RMS from the Short-Circuit Calculation Report. As the customer, you are required to provide the accurate, application specific input from your Electrical Planner for each cable segment, noting that it will be used for cleating the cable for short-circuit conditions. Some operation modes and nodes are not relevant for cable cleating, your Electrical Planner should specify and confirm which data applies for cleating purposes.
System voltage and system frequency
Cable data sheets including outer diameter, core material, and core size.
Cable configuration (trefoil or single) including the Center-Center distance for single cleats.

Other desirable information:

Overall single line diagram
Instances of cables connected in electrical parallel, including detail regarding whether they are operated by a common breaker or individual breakers.

For any queries regarding the short-circuit conditions, if there are questions about short-circuit conditions, please contact Øglænd System Engineering Support for assistance.

Cable Cleat Selector

The cleat selector is intended to be used by persons with adequate technical knowledge, and as a guidance tool for preliminary selection of cable cleats only. In all circumstances it remains the user’s responsibility to ensure that any product selected is suitable for its technical requirements and will work in relation to the user’s specific application. Please don’t hesitate to contact our engineering team, to assist with your specific requirements, or if you have requirements outside the calculator scope.

Cable configuration:

Single

Trefoil

Cable outer diameter:

Length of the installation:

Disclaimer

The tool assumes: Installation is performed in accordance with manufacturer's User Guides; adjacent cables do not simultaneously carry short-circuit current and surrounding materials exhibit vacuum permeability.

Due to the limited user input parameters, Øglænd System expressly disclaims all warranties, whether express or implied, including but not limited to warranties of merchantability, fitness for a particular purpose, and non-infringement, regarding the accuracy, completeness, or suitability of the tool's recommendations. Final cleat spacing intervals and product selection remain the sole responsibility of the user. Users are solely responsible for the accuracy and completeness of all input data provided to the tool. Øglænd System shall not be liable for any errors or omissions in user-provided data. By using this tool, users agree to indemnify and hold harmless Øglænd System from any claims, damages, or losses arising from the use of the tool or reliance on its outputs. The tool is intended solely as a preliminary guide tool for technically qualified personnel. Users must ensure that the selected products meet the specific technical and operational requirements of their application. Øglænd System shall not be liable for any direct, indirect, incidental, consequential, or special damages arising out of or in connection with the use of this tool or reliance on its recommendations, even if advised of the possibility of such damages. Where the tool references or relies on third-party data, certificates, or reports, Øglænd System makes no representations or warranties as to the accuracy, completeness, or reliability of such third-party information and disclaims any liability arising therefrom.

For any queries regarding the short-circuit conditions, please contact Oglaend System Engineering Support for assistance.

Short circuit(s):

One More than one

Peak short circuit current:

Distance C-C between cables:

Install cable cleat on:

Support width:

Vertical installation:

Yes

Apply stricter criteria for cleat resistance:

Yes

Cross-sectional area (mm²):

mm²

Conductor material:

Copper Aluminium

Min. free space

Max-max spacing interval:

Fault type:

Three pole (3-P) Two pole (2-P)

Negative feedback from arching:

Yes

x Clear selection

General Comments

SS Cable Cleats installed on Hot Dip Galvanized (HDG) support in the presence of electrolytes, will create a galvanic cell due to the galvanic difference. This however is considered generally insignificant due to the volume differential where the larger anode part (the support) is significantly larger than the smaller cathode (cable cleat).

One securing plate in each end is added as best practice for trefoils. Its relevance must be considered case by case. The purpose of the securing plate is primarily to strengthen the rungs.

Results

Øglænd System are quite unique in testing the cable cleats together with our recommended cable management support as a complete system. This delivers the reassurance that the individual parts of the system are complementary and designed with system methodology. Most cable cleat suppliers are unable to offer such a complete system, and often cannot provide accurate details about forces and effects of their cleats on the supporting system.
The recommendations shown are based on this full system approach, tested, calculated and certified according to the international IEC 61914: 2021 standard and based on the highest inputs given.

Include in result:

SmartCleat NG SS SmartCleat+ SS Non-metallic SmartCleat

SmartCleat NG stainless steel

SmartCleat

Part. no.:
Qty to order:	N/A
Spacing interval:	N/A
Max spacing interval:	N/A

Part. no.:
Qty to order:	N/A
Cut length:

Please select adapter

Part. no.:	N/A
Qty to order:	N/A

Exit Plate - please select ladder width

Recommended in both ends of cable run.

Part. no.:	N/A
Qty to order:	2 psc.

Rung

Extra ladder rungs for 150mm installation distance.

Part. no.:	N/A
Qty to order:	N/A

Locking bolt set M10x20

Bolts to fasten extra ladder rungs.

Part. no.:	1371983
Qty to order:	N/A

Illustration: Assembly example below is for illustrational purposes only.

Change cleat spacing:

SmartCleat+ stainless steel

SmartCleat

Part. no.:
Qty to order:	N/A
Spacing interval:	N/A
Max spacing interval:	N/A

Part. no.:
Qty to order:	N/A
Cut length:

Please select adapter

Part. no.:	N/A
Qty to order:	N/A

Exit Plate - please select ladder width

Recommended in both ends of cable run.

Part. no.:	N/A
Qty to order:	2 psc.

Rung

Extra ladder rungs for 150mm installation distance.

Part. no.:	N/A
Qty to order:	N/A

Locking bolt set M10x20

Bolts to fasten extra ladder rungs.

Part. no.:	1371983
Qty to order:	N/A

Illustration: Assembly example below is for illustrational purposes only.

Change cleat spacing:

Non-metallic SmartCleat

SmartCleat

Part. no.:
Qty to order:	N/A
Spacing interval:	N/A
Max spacing interval:	N/A

Part. no.:
Qty to order:	N/A
Cut length:

Please select adapter

Part. no.:	N/A
Qty to order:	N/A

Exit Plate - please select ladder width

Recommended in both ends of cable run.

Part. no.:	N/A
Qty to order:	2 psc.

Rung

Extra ladder rungs for 150mm installation distance.

Part. no.:	N/A
Qty to order:	N/A

Locking bolt set M10x20

Bolts to fasten extra ladder rungs.

Part. no.:	1371983
Qty to order:	N/A

Illustration: Assembly example below is for illustrational purposes only.

Change cleat spacing: