This HY 4629451 Multi-Stage Pallet Jack Charger with O-Ring Connectors is designed for a wide variety of 24 Volt Hyster Lifts!
Use charger for charging LEAD-ACID (lead acid, sealed lead acid, gel cell, & AGM) batteries only.
Charging mode switches automatically to Float/Maintenance to prevent over-charging and excessive self-discharge.
5 LEDs Display= Power On, Battery State Of Charge (SOC), Charge Mode, & Errors (See a full list of internal protections below).
Compatible with Hyster Pallet Jacks= W 40Z (B218), 45Z (C215).
See the full electrical specifications and features below!
1 YEAR WARRANTY
30 DAY MONEY BACK GUARANTEE
FREE SHIPPING TO US INNER 48
30 DAY MONEY BACK GUARANTEE
HY 4629451 Charger Specifications =
| DC Volts | 24 V |
| DC Amps | 20 A |
| AC Volts | 120 V, 50/60 Hz |
| AC Amps | 8 A |
| Compatible Chemistry | LEAD-ACID (lead acid, sealed lead acid, gel cell & AGM) |
| Compatible Battery Amp Hours | 50-200 Ah |
| Connector Type | O-Ring Lugs |
| Dimensions | L= 9.13" x W= 4.88" x H= 3" |
| POSITIVE Cable Length | 27" |
| NEGATIVE Cable Length | 13" |
| OUTPUT CONNECTOR Cable Length | 8.5" |
FEATURES =
Automatically Switches to Float Maintenance
Wide Range of Compatibility
All-Around Venting
5 LED Indicators
LEDs will display:
| Power On |
| Shutdown |
| Detection |
| Battery State of Charge (SOC) |
| Battery Over Voltage |
| Battery Temperature Low |
| Battery Temperature High |
| Battery Pack Unbalanced –V |
| Battery Pack Unbalanced –A |
| Batt Is 100% Discharged |
| Batt Beyond Over Discharged! |
| Batt Emergency Under-Voltage |
| Batt Temperature Sensor Open |
| Batt Temperature Sensor Shorted |
| Batt Over-Temperature |
| Battery Storage Error |
| Battery Testing Error – Sulphated |
| Battery Testing Error – Discharged |
| Bulk Charge Safety Time Error |
| Absorption Safety Time Error |
| Excessive Safety Time Error |
| Mode Selected Not Valid – Empty |
| Product Not Operational! |
| Lockout (Inhibit) Enable Defective |
| Lockout (Inhibit) Disable Defective |
| Internal Over Temperature |
| Finish Stage Exit via High Voltage |
| Equalization Stage Exit via High Voltage |
