Robust incremental encoder designed for harsh industrial environments, the POG 9 offers high-resolution feedback and outstanding mechanical durability in a compact, solid shaft design.
Description
Built to last in extreme conditions
Contact us for availability
Specifications of this product
Resolution: Up to 2500 pulses per revolution (PPR)
Shaft type: Solid shaft (11 mm) with synchro flange
Protection class: IP66 at shaft inlet / IP67 overall
Features of this product
Rugged construction for high mechanical loads
Shock resistant up to 300g and vibration up to 20g
High shaft load capacity with 3-chamber separation design
Applications of this product
Heavy-duty motor feedback systems
Steel mills, paper production, and crane systems
Generator and large drive monitoring
Why choose this product
Proven reliability in the toughest conditions
Long service life with robust shaft and bearing setup
Compatible with standard mounting interfaces
To contact Bestech Australia about Baumer POG 9 – HeavyDuty Incremental Encoder (Solid Shaft) use Get a quote.
Specifications of this product
Resolution: Up to 2500 pulses per revolution (PPR)
Shaft type: Solid shaft (11 mm) with synchro flange
Protection class: IP66 at shaft inlet / IP67 overall
Features of this product
Rugged construction for high mechanical loads
Shock resistant up to 300g and vibration up to 20g
High shaft load capacity with 3-chamber separation design
Applications of this product
Heavy-duty motor feedback systems
Steel mills, paper production, and crane systems
Generator and large drive monitoring
Why choose this product
Proven reliability in the toughest conditions
Long service life with robust shaft and bearing setup
Customers: Auto/Transport, Defence,Water/Wastewater, Research
Trade With Confidence. The supplier of this item is approved as a Verified Supplier. Business registration, contact details and locations have been verified. Bestech Australia are also proudly displaying these credentials:
Established:
2002
Employees:
6-20
Customers:
Auto/Transport, Defence,Water/Wastewater, Research