What to do if the electrical cutting height adjustment does not work in Stiga e-PARK 220 Lawn and Garden Equipment?
If the electrical cutting height adjustment on your Stiga Lawn and Garden Equipment is not working, it could be due to a faulty switch and/or actuator. You should check and/or replace these components.
Why blades do not stop within 5 seconds in Stiga e-PARK 220 Lawn and Garden Equipment?
If the blades on your Stiga Lawn and Garden Equipment do not stop within 5 seconds, it is likely due to an electromagnetic clutch malfunction. You should check and/or replace the electromagnetic clutch.
What to do if blades do not stop when operator leaves seat in Stiga e-PARK 220?
If the blades on your Stiga Lawn and Garden Equipment continue to run when you leave the seat, the micro switch of the seat may not be connected or could be defective. You should check and/or replace the micro switch.
Why the blades do not stop when the mower deck is raised in Stiga e-PARK 220?
If the blades on your Stiga Lawn and Garden Equipment fail to stop when the mower deck is raised, it might be that the micro switch is not connected or is defective. You should check and/or replace it.
How to troubleshoot blades that cannot start in Stiga e-PARK 220?
If the blades on your Stiga Lawn and Garden Equipment are not starting, the issue may stem from problems with the micro switches, C relays, or power switches. You should check and/or replace these components.
General| Power Source | Battery |
|---|---|
| Battery Voltage | 48 V |
| Motor Type | Brushless |
| Cutting Height Adjustment | Central |
| Drive | Rear-wheel drive |
| Mulching Function | Yes |
| Battery Capacity | 20 Ah |
Guidance on navigating and utilizing the manual's structure and content effectively.
Guidelines and precautions for safe operation and maintenance procedures.
Procedures and guidelines for authorized service centers regarding warranty and repairs.
Overview of machine identification, main components, and general safety measures.
Details on using original spare parts, blade characteristics, and belt specifications.
Periodic maintenance schedule, servicing intervals, and test driving procedures.
Explanation of how safety systems intervene and their operational logic.
Identifies lubrication points and specifies the required lubrication intervals.
Details on electrical system, motors, weight, tyres, and overall machine dimensions.
Step-by-step instructions for removing and reassembling various covers of the machine.
Procedures for replacing components related to the machine's articulation system.
Procedures for removing, replacing, and assembling the display and steering wheel components.
Instructions for replacing and adjusting steering cables and related components.
General description, removal, and replacement procedures for the transmission unit and motor brake.
Procedures for disassembling front and rear wheels and information on tyre maintenance.
Description, removal, and replacement procedures for the blades motor unit.
Details on PTO definition, belt replacement, and clutch disassembly procedures.
Information on cutting deck operation, blade removal/assembly, belt replacement, and synchronization.
Procedure for replacing the lifting actuator of the mowing deck.
Overview of the electrical system, including safety regulations and introductory notes.
Tables detailing common problems, probable causes, and solutions for electrical issues.
Procedures for checking switch functions, height control, electromagnetic clutch, and replacing switches.
Location, function, and checking procedures for fuses and relays within the electrical system.
Includes general, battery pack, rear, front, and transmission control unit wiring diagrams.
Introduction to electronic traction, blade management, control units, and safety regulations.
Description of system components like BMS, Charger, AC-0, ACE-0 controllers, and their functions.
Details the five software packages (BMS, VMS, AC-0, ACE-0, Display) used in the machine.
Instructions for accessing and exiting service mode, and description of interface elements and fault codes.
Procedures for accessing electronic equipment and replacing AC-0 and ACE-0 control units.
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