Baldwin B2-HPG vs AGCO Corporation (Massey Ferguson) 1447048M1: Oil Filter Compatibility
Compare Baldwin B2-HPG and AGCO Corporation (Massey Ferguson) 1447048M1 oil filters by compatibility, dimensions, thread size, gasket fit, bypass valve, anti-drainback valve status, and match confidence. Use this comparison as a fitment review, not as an automatic substitution guarantee. Both use a 3/4-16 thread.
Quick verdict
Both use a 3/4-16 thread.
- Thread size is the first hard-fit check for any comparison of spin-on filters.
- Gasket OD and gasket ID are the most important seal-related dimensions.
- Height differences can matter for clearance even when thread and gasket fit appear close.
- Bypass and anti-drainback differences may be important, depending on the application.
Baldwin B2-HPG and AGCO Corporation (Massey Ferguson) 1447048M1 specifications
How matching is scored| Specification | Baldwin B2-HPG | AGCO Corporation (Massey Ferguson) 1447048M1 |
|---|---|---|
| Thread size | 3/4-16 | 3/4-16 |
| Gasket OD | 71.4 mm | 71.98 mm |
| Gasket ID | 62.7 mm | 62.53 mm |
| Can OD | 93.7 mm | 93.73 mm |
| Height | 137.3 mm | 145.54 mm |
| Internal bypass valve | Yes | Yes |
| Bypass PSID | 8 | 10.15 |
| Anti-drainback valve | Yes | Yes |
What matters in this specific comparison
Thread size matches: both are 3/4-16.
Gasket OD differs by 0.6 mm (Baldwin B2-HPG: 71.4 mm, AGCO Corporation (Massey Ferguson) 1447048M1: 71.98 mm).
Gasket ID differs by 0.2 mm (Baldwin B2-HPG: 62.7 mm, AGCO Corporation (Massey Ferguson) 1447048M1: 62.53 mm).
AGCO Corporation (Massey Ferguson) 1447048M1 is 8.2 mm taller (Baldwin B2-HPG: 137.3 mm, AGCO Corporation (Massey Ferguson) 1447048M1: 145.54 mm) -- check clearance before substituting.
Can OD is identical at 93.7 mm.
Both open their bypass valve in a comparable range: Baldwin B2-HPG at 8-8 psi, AGCO Corporation (Massey Ferguson) 1447048M1 at 10.15-10.15 psi -- these ranges do not overlap.
Open related filters
Before substituting, verify thread fit, gasket sealing dimensions, height clearance, bypass behavior, and anti-drainback requirements for your specific application.