Sleipner PHC-3 User Manual Download Page 12

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PHC-3

PARAMETERS - 20 Bow Thruster

PARAMETERS - 10 Stabilizer (Cont......)

1021

VFD MAX SPEED

Sets VFD Maximum Speed

MIN SPEED – MAX LIMIT 

(default 1500rpm)

The value is limited to VFD settings and parameter 1020 VFD MIN SPEED.

In steps of 10rpm.

1022

VFD TYPE

Selects VFD type

ABB ACS550 

ABB ACS550 Drive with Modbus connection

VACON

VACON NX Drive with MODBUS/N2 option board with Modbus connection

ABB ACS580 (default)

ABB ACS580 Drive with Modbus connection

1023

VFD BAUD

Defi nes VFD Modbus communication speed. VFD must be set to same communication speed. Changing 

value requires power off/on of PHC-3 to take action. Changing communication settings on VFD will also 

require power off/on of VFD.

BAUD19200,8,EVEN,1

19.2 Kbit, 8bit data, parity EVEN, 1 stop bit

BAUD38400,8,EVEN,1

34.8 Kbit, 8bit data, parity EVEN, 1 stop bit

BAUD57600,8,EVEN,1 

(default)

57.6 Kbit, 8bit data, parity EVEN, 1 stop bit

BAUD115200,8,EVEN,1

115.2Kbit, 8bit data, parity EVEN, 1 stop bit

No.

Name/Value

Description

2001

VALVE TYPE

Defi nes the bow proportional thruster valve

DEACTIVATED

Deactivates the bow thruster function

DANFOSS PVG (default)

Defi nes Danfoss PVG valve

2002

DIRECTION

Defi nes thruster direction. If the thruster operates to the wrong direction just change the setting here 

instead swapping hydraulic hoses on the installation.

This parameter will affect the BOW valve output direction for all parameter 0102-THRUSTER CONFIG 

settings.

NORMAL (default)

Normal thruster direction

SWAPPED

Swapped thruster direction

2003

MAX SPOOL TRAVEL

Scaling of valves spool travel (valve opening) for optimized oil flow and dynamics.

For bow spool travel optimization see 1.5.1. DIAGNOSTIC – BOW THRUSTER.

50% - 100% (default 

100%)

In steps of 1%

2004

RAMP INCREASE

Defi nes the time the output signal uses to go from 0% to 100%

100ms – 10000ms (default 

200ms)

In steps of 100ms

2005

RAMP DECREASE

Defi nes the time the output signal uses to go from 100% to 0%

100ms – 10000ms (default 

200ms)

In steps of 100ms

2006

DIRECTION LOCK

Defi nes the time from thruster has stopped to the output can change direction of thrust

500ms – 10000ms (default 

1000ms)

In steps of 100ms

2007

CROSSOVER

All 412mm (16inch), 513mm (20inch) and 610mm (24inch) tunnel thrusters, are supplied with hydraulic 

bypass/crossover valve and must therefore enable crossover. Disable crossover for all other thrusters. This 

crossover valve is normally open to protect the thruster during deceleration and will close while thruster is 

running.

When changing to enable crossover the RAMP DECREASE parameter is set to 3000ms, and if changing to 

disable the RAMP DECREASE parameter are set to default value. Crossover can also be enabled to other 

D-OUTPUT’s, see PARAMETERS - 05-DIGITAL OUTPUTS.

DISABLE

Disables crossover

DO-1 BOW CROSSOVER

Enables crossover to D-OUTPUT 1, NO Valve

DO-1 -BOW CROSSOVER

Enables crossover to D-OUTPUT 1 Inverted output, NC Valve

Menu - Parameters

MC_0201

4.6

4.7

Summary of Contents for PHC-3

Page 1: ...d Norway www sleipnergroup com DOCUMENT ID REVISION DATE LANGUAGE To download your language go to www sleipnergroup com Including Installation For Hydraulic Proportional Controller PHC 3 5267 15 K e e...

Page 2: ...Menu Parameters 6 12 Menu Diagnostic 13 16 Menu Operation 17 18 PHC 3 Alarm Descriptions 19 21 Installation Manual Responsibility of the Installer 22 Considerations and Precautions for S Link Systems...

Page 3: ...display and button interface allow for local con guration of parameters and info LED Status Hydraulic cooling pump output Stabilizer hydraulics connections dump unload PTO main valve Power 24V Power...

Page 4: ...or run enable signal from power management system OIL TEMP Oil temp and oil level screen will not show if tank monitor sensor type parameter 0201 is deactivated Tank monitor sensor type set to analogu...

Page 5: ...ive Faults Menu Device INFO MC_0201 MC_0201 FAULTS flashing in upper left corner when any fault has been triggered Go to ACTIVE FAULTS menu for fault details Menu Active Faults Menu Device INFO Device...

Page 6: ...ad sharing between two PTO pumps by shutting down the second PTO pump PUMP2 OUTPUT when not needed two PTO pumps control valves required to reduce heat generation in the system and save fuel energy Wh...

Page 7: ...nalog temp sensor NTC 10K part no 10 2543 0202 OIL ALARM LEVEL Sets the oil alarm level 0 100 default 65 Alarm level in steps of 5 0203 TANK HEIGHT The height of the oil tank If tank don t have flat b...

Page 8: ...PUMP TYPE 800rpm 1600rpm default 1400rpm Speed in steps of 100rpm 0304 POWER SAVE Cooling pump power save function DEACTIVATED POWER SAVE is deactivated and cooling pump will act accordingly to PUMP M...

Page 9: ...ning 5 5 STERN THRUST ACTIVE Output is activated when stern thruster is running 6 6 ANY THRUST ACTIVE Output is activated when bow or stern thruster is running 7 7 THRUSTER ENABLED Output is activated...

Page 10: ...nputs is active and all inputs must be deactivated to deactivate the function 0 NOT IN USE default Digital input is not in use and deactivated 1 1 START POWERPACK When the input is activated the AC po...

Page 11: ...steps of 1 1009 PTO PUMP PRESSURE DETECT LEVEL De nes detection level for PTO standby pressure if parameter 0104 SYSTEM PRESSURE is set to ANALOG INPUT Pressure above level indicates that main engine...

Page 12: ...he BOW valve output direction for all parameter 0102 THRUSTER CONFIG settings NORMAL default Normal thruster direction SWAPPED Swapped thruster direction 2003 MAX SPOOL TRAVEL Scaling of valves spool...

Page 13: ...00ms default 200ms In steps of 100ms 2105 RAMP DECREASE De nes the time the output signal uses to go from 100 to 0 100ms 10000ms default 200ms In steps of 100ms 2106 DIRECTION LOCK De nes the time fro...

Page 14: ...Pressure 4 Set MAX SPOOL TRAVEL parameter 2003 to what Output in shows at maximum thrust and maximum Sys Pressure Shows live update of inputs and outputs related to stern thruster function In Display...

Page 15: ...0 Volt 1 output is energized When an output is highlighted the output will be toggled as long as the Enter button is being pushed and held In Display Description LS Dump LS Dump Valve Pump 2 Shutdown...

Page 16: ...A 0bar STAB PRESSURE Stabilizer Pressure in mA 4 0mA 0bar Shows live update of digital inputs 0 input is shorted to 0 Volt activated 1 input is open deactivated Scroll down to view more inputs In Disp...

Page 17: ...during reception increments the value After every successful reception the value is decremented Tx Error Count Transmit error counter Error during transmit increments the value After every successful...

Page 18: ...is displayed While VFD is running it is possible to press Back and go to parameters and change parameter values like 1003 PRESSURE SETPOINT or view DIGITAL OUTPUTS Waiting for power management system...

Page 19: ...DC current 3 1A ECI cooling pump motor peak current 12 4A Hydraulic cooling pump is selected in parameter 0301 and is ready to be operated The following data is shown in this example Hydraulic oil tem...

Page 20: ...ircuit System pressure sensor open circuit Sensor not connected or wire break Verify system pressure parameter 0104 10503 0 16 PHC System Pressure Short Circuit System pressure sensor short circuit Wi...

Page 21: ...ECI cooling pump overvoltage voltage higher than 33 0V Check PHC 3 input voltage is below 33 0V Replace ECI cooling pump 10524 0 54 PHC ECI Cooling Pump Undervoltage ECI cooling pump under voltage vo...

Page 22: ...MC_0105 The installer must read this document to ensure necessary familiarity with the product before installation Instructions in this document cannot be guaranteed to comply with all international a...

Page 23: ...system and attach using 4 M5x16 screws 2 Attach the required cables to the PHC 3 MC_0431 MG_0485 1 2 Tank sensor cable Black X3 S Link cable X5 Power colling pump cable Blue X1 Hydraulic colling pump...

Page 24: ...esigned by olekr Copyright All rights reserved SLEIPNER MOTO 120 217 56 Supply Voltage 9 31 VDC Power consumption Less than 1 0 Watt in stand by Digital output 1 to 6 Max load 2 0 Amp pr output Digita...

Page 25: ...eally be connected around the middle of the BACKBONE Cable to ensure an equal voltage drop at each end of the BACKBONE Cable The yellow and black wire in the POWER Cable shall be connected to GND and...

Page 26: ...STB SCU GW 1 Panel TP 43A S link Encoder Encoder 1 4 2 SCU Power Supply cable 3 Encoder cable 5 Encoder cable 5 FCU Harness 6 FCU Harness 6 SCU FCU cable 7 SCU FCU cable 7 VFD BUS cable 8 Pump Power...

Page 27: ...C 3 X1 Harness Part 151470 1 10 Pump power cable Part 10 2371 24v Pump power cable Part 10 2357 hyd MC_0218 IMPORTANT If installing S link products DO NOT connect any other control equipment to the S...

Page 28: ...rial number ie Thruster AMS PPC etc Bow Bow STB Stern Stern STB Fill in the type location and serial numbers of the S link devices installed Keeping this as a reference will make the setup procedure e...

Page 29: ...to the Purchaser at the Warrantor s expense If on the other hand the claim is determined to result from circumstances such as described in section 4 above or a result of wear and tear exceeding that...

Page 30: ...30 5267 15 2022 PHC 3 MC_0037 Notes...

Page 31: ...31 5267 15 2022 PHC 3 MC_0037 Notes...

Page 32: ...accuracies or omissions it may contain Continuous product improvement may change the product speci cations without notice Therefore Sleipner Group cannot accept liability for any possible differences...

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