Sleipner SE Pro (SEP) DC Electric Thrusters – Part 2 (PDF)

OWNER'S MANUAL

Operation, seasonal maintenance and troubleshooting from the Sleipner Side-Power SEP & SEP-IP user manual, plus specifications, dimensions, torque values and cable/fuse sizing from the SE Pro (SEP20 to SEP300) installation guides.

DocumentSleipner SE Pro (SEP) DC Electric Thrusters Installation & User Manual

FormatPDF · 16 pages · 1.4 MB

LanguageEnglish

Download PDF ▾

View Collection

Electrical Upgrade & Checks Products

Sleipner SE Pro (SEP) DC Electric Thrusters — Installation & User Manual

This manual is split into 2 pages: Part 1 → · Part 2

Electrical Reference Guide

Components: battery, fuse, main switch, PPC (proportional models) and motor. Fuse and main switch as close as possible to the positive battery terminal; main switch easy to reach. Dual thrusters on one bank: a fuse and main switch per thruster; dual thrusters on two banks need a common ground (OST guide).
Automatic Main Switch: follows the control panel on/off, needs its own fused supply and the right voltage rating.
Gasoline engine spaces or areas exposed to explosive gases: use ignition-protected products (ISO 8846, SAE J1171 or UL 1500).
Lugs back to back, no washers between lugs, spring washer outermost. After wiring, check with an ohmmeter (main switch off) that neither motor terminal connects to the motor flange.

Model	Volt	Nominal current	Min. battery CCA	Rec. fuse	<7 m min / rec.	7–14 m min / rec.	15–21 m min / rec.	22–28 m min / rec.	28–35 m min / rec.	36–45 m min / rec.
20/110S	12V	150 A	DIN: 200 SAE: 380 EN: 330	ANL 150	25 / 35 mm² 3 / 2 AWG	35 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 95 mm² 3/0 / 3/0 AWG	120 / 2×70 mm² 2×4/0 / 2×2/0 AWG
25/110S	12V	200 A	DIN: 200 SAE: 380 EN: 330	ANL 150	25 / 35 mm² 3 / 2 AWG	50 / 50 mm² 1/0 / 1/0 AWG	70 / 70 mm² 2/0 / 2/0 AWG	95 / 95 mm² 3/0 / 3/0 AWG	120 / 120 mm² 4/0 / 4/0 AWG	2×70 / 2×70 mm² 2×2/0 / 2×2/0 AWG
30/125S / 30/140	12V	245 A	DIN: 200 SAE: 380 EN: 330	ANL 150	35 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG
40/125S / 40/140	12V	315 A	DIN: 300 SAE: 570 EN: 520	ANL 250	35 / 50 mm² 2 / 1/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×95 / 2×95 mm² 2×3/0 / 2×3/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
50/140S	12V	370 A	DIN: 350 SAE: 665 EN: 600	ANL 325	50 / 50 mm² 1/0 / 1/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
50/140S	24V	170 A	DIN: 175 SAE: 332 EN: 280	ANL 150	25 / 25 mm² 3 / 3 AWG	25 / 35 mm² 3 / 2 AWG	35 / 50 mm² 2 / 1/0 AWG	35 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 70 mm² 2/0 / 2/0 AWG
60/185S / 60/140	12V	370 A	DIN: 350 SAE: 665 EN: 600	ANL 325	50 / 50 mm² 1/0 / 1/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
60/185S / 60/140	24V	170 A	DIN: 175 SAE: 332 EN: 280	ANL 150	25 / 25 mm² 3 / 3 AWG	25 / 35 mm² 3 / 2 AWG	35 / 50 mm² 2 / 1/0 AWG	35 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 70 mm² 2/0 / 2/0 AWG
80/185T	12V	530 A	DIN: 550 SAE: 1045 EN: 940	ANL 400	70 / 70 mm² 2/0 / 2/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×95 / 2×95 mm² 2×3/0 / 2×3/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG	2×120 / NA mm² 2×4/0 / AWG	NA
80/185T	24V	280 A	DIN: 300 SAE: 570 EN: 520	ANL 250	35 / 35 mm² 2 / 2 AWG	35 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×95 mm² 4/0 / 2×3/0 AWG
100/185T	12V	740 A	DIN: 750 SAE: 1425 EN: 1320	ANL 500	95 / 95 mm² 3/0 / 3/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×120 / NA mm² 2×4/0 / AWG	NA	NA	NA
100/185T	24V	340 A	DIN: 400 SAE: 760 EN: 680	ANL 325	50 / 50 mm² 1/0 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×95 mm² 4/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG
120/215T	24V	420 A	DIN: 450 SAE: 855 EN: 760	ANL 325	70 / 70 mm² 2/0 / 2/0 AWG	70 / 70 mm² 2/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG
130/250T	12V	800 A	DIN: 750 SAE: 1425 EN: 1320	ANL 500	95 / 95 mm² 3/0 / 3/0 AWG	2×95 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG	NA	NA	NA
130/250T	24V	350 A	DIN: 400 SAE: 760 EN: 680	ANL 325	50 / 50 mm² 2 / 1/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×95 / 2×95 mm² 2×3/0 / 2×3/0 AWG
150/215T	24V	610 A	DIN: 560 SAE: 1064 EN: 940	ANL 500	70 / 70 mm² 2/0 / 2/0 AWG	95 / 95 mm² 3/0 / 3/0 AWG	120 / 120 mm² 4/0 / 4/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
170/250TC	24V	550 A	DIN: 560 SAE: 1064 EN: 940	ANL 400	70 / 70 mm² 2/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×95 mm² 4/0 / 2×3/0 AWG	2×95 / 2×95 mm² 2×3/0 / 2×3/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
210/250TC	24V	500 A	DIN: 560 SAE: 1064 EN: 940	ANL 400	70 / 70 mm² 2/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×70 mm² 4/0 / 2×2/0 AWG	2×70 / 2×95 mm² 2×2/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG
250/300TC	24V	610-670 A	DIN: 700 SAE: 1330 EN: 1170	ANL 500	70 / 70 mm² 2/0 / 2/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 2×95 mm² 4/0 / 2×3/0 AWG	2×95 / 2×95 mm² 2×3/0 / 2×3/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG	2×120 / 2×120 mm² 2×4/0 / 2×4/0 AWG
300/300TC	48V	400-450A	DIN: 400 SAE: 760 EN: 680	ANL 325	50 / 70 mm² 1/0 / 2/0 AWG	50 / 70 mm² 1/0 / 2/0 AWG	70 / 95 mm² 2/0 / 3/0 AWG	95 / 120 mm² 3/0 / 4/0 AWG	120 / 120 mm² 4/0 / 4/0 AWG	2×95 / 2×120 mm² 2×3/0 / 2×4/0 AWG

Total cable length = positive plus negative. NA = not applicable at that length. The 20/110S row gives "2 x 4/0" minimum and "2 x 2/0" recommended AWG at 36–45 m (as printed). The 150/215T AWG row is labelled "2" instead of "AWG" (as printed).

SE to SEP Upgrade (Kit 8 1998 / 8 1999)

Converts an SE motor to proportional (SEP) control with a new motor loom and temperature sensor; the control box is fitted on motors from 1999 onwards.
Cut the red wire to the old control box so the connections to the two positive solenoid coil terminals and the main positive terminal remain; isolate any redundant wires left protruding from the motor.
Fit the temperature sensor to the brush holder without touching the motor housing. Grey and blue to the solenoid coils in the same positions as the old loom, white to A2; the multi cable goes to the PPC.

Kit	Description
8 1999	Kit 8 1999 – SE to SEP modification	View part →

Post-Installation Checklist

Gear leg / motor bracket bolts and motor bolts tightened correctly.
All electrical connections clean, dry and tight; correct cable, fuse and main switch size.
With an ohmmeter (main switch off): no connection between the motor body/flange and the positive terminal, nor between the motor body and the negative terminal.
Anti-fouling on gear leg and propeller, but NOT on anodes, sealing/rubber fittings or propeller shafts.
Propeller fastened correctly and turning freely in the tunnel; anode and/or holding screw tight with thread glue.
No water leakage round the installation; drive direction matches the control panel; user manual handed to the owner.

Warranty: two years for leisure use, one year for commercial and other non-leisure use, from delivery to the end user (dealer and builder grace periods apply). Wearable/service parts are not covered, and skipping the maintenance described in the manuals voids the warranty on the affected parts.

Need a part that isn't listed? Ask us to source it and quote the part number from the PDF.