SKF 1307 EKTN9/C3 35 mm ID 2 Row Self-Aligning Ball Bearing -, 80 mm OD

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PHP5,474.06

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PHP6,130.95

(inc. VAT)

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RS Stock No.:
233-7058
Mfr. Part No.:
1307 EKTN9/C3
Manufacturer:
SKF
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Brand

SKF

Inside Diameter

35mm

Product Type

Self-Aligning Ball Bearing

Outside Diameter

80mm

Race Width

21mm

Cage Material

Non-Metallic

Ball Material

Steel

End Type

Open

Number of Rows

2

Internal Clearance

C3

Static Load Rating

0.009kN

Dynamic Load Rating

0.027kN

Standards/Approvals

No

Series

1307

Bore Type

Tapered 1:12

Limiting Speed

11000rpm

Bearing Type

Self-aligning Ball Bearing

SKF 1307 Series Self-Aligning Ball Bearing, 35mm Inside Diameter, 80mm Outside Diameter - 1307 EKTN9/C3


This self-aligning ball bearing is designed to accommodate misalignment between shaft and housing while supporting radial loads in rotating equipment. It features a tapered bore for mounted-fit assemblies and an open-end configuration suited to applications requiring Visual inspection or lubrication access. The two-row construction enhances load distribution for systems operating at elevated rotational speeds.

Features and Benefits:


• C3 internal clearance reduces running friction and thermal growth
• Non-metallic cage minimises electrical conductivity in sensitive systems
• Dynamic capacity 0.027 kN supports light-duty rotating assemblies
• Static capacity 0.009 kN allows brief stoppage loads without deformation
• Limiting speed 11 000 r/min enables high-speed operation where needed
• Tapered bore 1:12 simplifies press-fit mounting on tapered adaptors

Applications


• Suitable for automation actuators with slight shaft misalignment
• Ideal for electrical motor shafts requiring tapered mounting
• Used for rotating assemblies in electronics manufacturing equipment
• Can be used for light mechanical drives with high rotational speed
• Used for precision conveyors where alignment compensation is necessary

What shaft fitting method does it use for secure mounting?


It employs a tapered 1:12 bore enabling fitted assembly with a tapered adaptor sleeve or matching housing cone to achieve axial positioning and preload control.

How does the cage material affect electrical and chemical environments?


The non-metallic cage reduces the risk of electrical conduction and offers compatibility with environments where metallic cages might cause galvanic interaction or stray currents.

Can it handle continuous heavy thrust loads or shock loading?


Its two-row ball arrangement is intended for radial and limited combined loads

the low static rating indicates it is not designed for sustained heavy thrust or high-impact conditions.

What maintenance access is provided by the end configuration?


The open end permits straightforward Visual inspection and relubrication without disassembly, facilitating condition monitoring during service.