EPLAN Greenhouse Control Schematics -- 2
Budget: $10 – $30 USD
I need an experienced EPLAN designer to prepare electrical drawings for two greenhouse control panels, based on the specifications below.
General Requirements (both panels):
Drawings in EPLAN
Use ABB components
Weatherproof & dustproof enclosure
10–20% spare space inside panel
24 VDC control for climate controller
Manual / Automatic operation modes
Motor protection per fan group only
No local isolators for pumps or curtain motors
Pumps protected inside panel (local isolator near pump supplied separately)
Lighting: power supply only (local switch supplied separately)
24 VDC motors supplied via power supplies
Panel 1 – Greenhouse 1
Pumps: 3 × 3-phase, 0.75 kW
Fans: 14 × 3-phase, 1.1 kW → groups (3+3+4+4)
Thermal screen: 1 × 3-phase, 0.37 kW
Curtain motors: 5 × 24 VDC, 100 W
Service outputs: 1-phase + 3-phase, 16 A, service sockets on panel
Panel 2 – Greenhouse 2
Pumps: 5 × 3-phase, 0.75 kW
Fans: 24 × 3-phase, 1.1 kW → 4 groups of 6
Thermal screen: 1 × 3-phase, 0.55 kW
Curtain motors: 5 × 24 VDC, 120 W
Service outputs: 1-phase + 3-phase, 16 A, service sockets on panel
EPLAN Rules (Important)
Screw numbering on mounting plate: left → right, top → bottom
1 2 3
4 5 6
All components outside the panel (door, earthing, etc.) must start with # in their tag name
Deliverables:
EPLAN project files
PDF drawings
ABB-based device/BOM lists
Please include: EPLAN version + similar project examples.
I’m building a set of brand-new control panels for a greenhouse and I need the complete electrical design modelled in EPLAN Electric P8. The panels will serve the overall electrical engineering needs of the facility, so the drawings have to be rock-solid, ready for fabrication and future maintenance.
Scope
• Create fresh schematics from scratch – I don’t have legacy drawings to update.
• Integrate ABB hardware only: specifically their relays and contactors alongside matching ABB circuit breakers. No PLCs are planned at this stage.
• Deliver a full EPLAN project package: wiring diagrams, terminal and cable schedules, device tags, and an auto-generated bill of materials. All symbols must reference the correct ABB parts.
Acceptance
The project is done when I can open the file in EPLAN, see every component cross-referenced, print the drawings at A3 without errors, and hand the BOM straight to my panel builder.
General Requirements (both panels):
Drawings in EPLAN
Use ABB components
Weatherproof & dustproof enclosure
10–20% spare space inside panel
24 VDC control for climate controller
Manual / Automatic operation modes
Motor protection per fan group only
No local isolators for pumps or curtain motors
Pumps protected inside panel (local isolator near pump supplied separately)
Lighting: power supply only (local switch supplied separately)
24 VDC motors supplied via power supplies
Panel 1 – Greenhouse 1
Pumps: 3 × 3-phase, 0.75 kW
Fans: 14 × 3-phase, 1.1 kW → groups (3+3+4+4)
Thermal screen: 1 × 3-phase, 0.37 kW
Curtain motors: 5 × 24 VDC, 100 W
Service outputs: 1-phase + 3-phase, 16 A, service sockets on panel
Panel 2 – Greenhouse 2
Pumps: 5 × 3-phase, 0.75 kW
Fans: 24 × 3-phase, 1.1 kW → 4 groups of 6
Thermal screen: 1 × 3-phase, 0.55 kW
Curtain motors: 5 × 24 VDC, 120 W
Service outputs: 1-phase + 3-phase, 16 A, service sockets on panel
EPLAN Rules (Important)
Screw numbering on mounting plate: left → right, top → bottom
1 2 3
4 5 6
All components outside the panel (door, earthing, etc.) must start with # in their tag name
Deliverables:
EPLAN project files
PDF drawings
ABB-based device/BOM lists
Please include: EPLAN version + similar project examples.
I’m building a set of brand-new control panels for a greenhouse and I need the complete electrical design modelled in EPLAN Electric P8. The panels will serve the overall electrical engineering needs of the facility, so the drawings have to be rock-solid, ready for fabrication and future maintenance.
Scope
• Create fresh schematics from scratch – I don’t have legacy drawings to update.
• Integrate ABB hardware only: specifically their relays and contactors alongside matching ABB circuit breakers. No PLCs are planned at this stage.
• Deliver a full EPLAN project package: wiring diagrams, terminal and cable schedules, device tags, and an auto-generated bill of materials. All symbols must reference the correct ABB parts.
Acceptance
The project is done when I can open the file in EPLAN, see every component cross-referenced, print the drawings at A3 without errors, and hand the BOM straight to my panel builder.