Product Description
Hyster HY 326995 solenoid, 12VDC coil voltage, 3-terminal, intermittent duty, OEM part for electric lift truck applications; replaces M371X02871, 3122070030, SB592F, SR4214X, 0 986 012 831, 0-986-012-301.
Specifications
Part Numbers & Compatibility
| Make | Hyster |
| Model | W40Z, W45Z, W45ZHD |
| Part Number | HY 326995 |
| Cross-Reference Part Numbers | Replaces M371X02871, 3122070030, SB592F, SR4214X, 0 986 012 831, 0-986-012-301 |
| Cross Reference Part Numbers | Replaces M371X02871, 3122070030, SB592F, SR4214X, 0 986 012 831, 0-986-012-301 |
| Application | Electric lift truck |
Electrical Specifications
| Coil Voltage | 12VDC |
Additional Specifications
| Terminal Count | 3 |
| Duty Type | Intermittent |
Frequently Asked Questions
Q: What models is the HY 326995 compatible with?
A: The HY 326995 is compatible with Hyster W40Z, W45Z, and W45ZHD models.
Q: What material is the HY 326995 made from?
A: The HY 326995 is constructed from durable materials designed for long-term use in electric lift truck environments.
Q: How do I know if the HY 326995 is the right replacement part for my truck?
A: Verify your truck's make, model, and electrical specifications before ordering. The HY 326995 is designed for Hyster W40Z, W45Z, and W45ZHD models with 12vdc systems.
Q: What are the cross-reference part numbers for the HY 326995?
A: The HY 326995 replaces m371x02871, 3122070030, sb592f, sr4214x, 0 986 012 831, and 0-986-012-301.
Q: What does intermittent duty mean for the HY 326995?
A: Intermittent duty means the HY 326995 is designed for applications where it energizes and de-energizes periodically rather than running continuously. It must cool between activation cycles.
Q: Can the HY 326995 be used on trucks with 24vdc systems?
A: No. The HY 326995 is specifically rated for 12vdc operation. Using it on a 24vdc system will cause immediate coil burnout.
Q: What terminal configuration does the HY 326995 have?
A: The HY 326995 features a 3-terminal configuration. This allows for dual control inputs or independent control of separate circuits.