Description
This S7004CE/P4ADGA bearing is a Super Precision angular contact bearing with 2 rubber seals, a 15° contact angle and a high-capacity design. This bearing is a universal fit double set of bearings with a light preload and a P4 precision rating. The bearing's dimensions are 20x42x12. Often used in Machine Tools, or other precision applications, these bearings are known for their high-speed capabilities, robust seals, and superior accuracy.
| S | 70 | 04 | CE | /P4A | DGA |
|---|---|---|---|---|---|
| Sealed | Series - Extra Light | 20mm - Bore Size | 15° Contact Angle, High Speed E Design | Precision Rating | Duplex Universal, Light Preload |
Product Information

Technical Data
Inside Diameter (mm) :
20mm
Outside Diameter (mm) :
42mm
Width (mm) :
12mm
Clearance :
Standard
Cage Type :
Plastic
Dynamic Load Rating (kN) :
7.41
Fatigue Load Rating (kN) :
0.143
Limiting Speed Rating (r/min) :
83000
Reference Speed Rating (r/min) :
54000
Static Load Rating (kN) :
3.35
Seals Or Shields :
Two Rubber Seals
Preload :
Light
DescriptionThis S7004CE/P4ADGA bearing is a Super Precision angular contact bearing with 2 rubber seals, a 15° contact angle and a high-capacity design. This bearing is a universal fit double set of bearings with a light preload and a P4 precision rating. The bearing's dimensions are 20x42x12. Often used in Machine Tools, or other precision applications, these bearings are known for their high-speed capabilities, robust seals, and superior accuracy.
Product InformationBRAND: ![]() SKU:s7004ce/p4adga-skf AVAILABILITY:In Stock ✅ WEIGHT:0.064 kg Technical DataInside Diameter (mm) :20mm Outside Diameter (mm) :42mm Width (mm) :12mm Clearance :Standard Cage Type :Plastic Dynamic Load Rating (kN) :7.41 Fatigue Load Rating (kN) :0.143 Limiting Speed Rating (r/min) :83000 Reference Speed Rating (r/min) :54000 Static Load Rating (kN) :3.35 Seals Or Shields :Two Rubber Seals Preload :Light | ||||||||||||
Bulk PricingFor bulk discount on this product, contact our dedicated sales team today by filling out the form below: | ||||||||||||




