LOVATO ELECTRIC RGK400SA Instruction Manual Download Page 9

 

 

         Doc: I470GB10_16.docx                                      18/10/2016 

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P10.01

 - Specifies the source of the fuel level measurement. 

OFF

 = analog measurement not used. The INP1 terminal is used as programmable digital input. 

 INP1

 = measurement taken from resistive sensor with analog input to INP1 terminal. 

AN2 – AN3

 = measurement taken from the analog inputs of the optional expansion 

module EXP1040.  

P10.02

 - If a resistive sensor is used, the relevant curve must be selected. Curves can also be set freely using 

Xpress

 software.  

P10.03

 - If a resistive sensor is used, this parameter lets you add or subtract an offset in Ohm from the set curve, for example to compensate for cable length. This value can be 

set without entering the setup, using the rapid function in the Commands menu, which displays measurements while performing calibration. 

P10.04 – P10.05

 - The fuel level pre-alarm and alarm thresholds respectively. See the corresponding alarms.

 

 

P11 – ENGINE START 

UoM 

Default 

Range

 

P11.01 

Engine start threshold determined by voltage of battery charging alternator.  

VDC 

10.0 OFF/3.0-30 

P11.02 

Engine start threshold determined by generator voltage. 

25 OFF/10-100 

P11.03 

Engine start threshold determined by generator frequency.  

30 OFF/10-100 

P11.04 

Engine start threshold determined by engine speed. 

30 OFF/10-100 

P11.05 

Glow plug pre-heating time  

sec 

OFF OFF/1-600 

P11.06  

Fuel pre-heating off temperature 

° 

OFF OFF/20-300 

P11.07 

Fuel pre-heating timeout  

sec 

OFF OFF/1-900 

P11.08 

Time between 

Fuel

 valve and start 

sec 

1.0 0.1-30.0 

P11.09 

Number of starting attempts 

 

5 1-30 

P11.10 

Duration of starting attempts  

sec 

5 1-60 

P11.11 

Pause between starting attempts  

sec 

5 1-60 

P11.12 

Pause between interrupted starting attempt and next attempt  

sec 

OFF OFF/1-60 

P11.13 

Alarm disabled time after starting 

sec 

8 1-120 

P11.14 

Engine overspeed alarm disabled time after starting 

sec 

8 0-300 

P11.15 

Decelerated functioning time 

sec 

OFF OFF/1-600 

P11.16 

Deceleration end temperature 

° 

OFF OFF/20-300 

P11.17 

Cooling time  

sec 

120 1-3600 

P11.18 

Stop magnet time  

sec 

OFF OFF/1-60 

P11.19 

Gas valve delay  

sec 

OFF OFF/1-60 

P11.20 

Priming time  

sec 

OFF OFF/1-60 

P11.21 

Choke time   

sec 

OFF OFF/1-60 

P11.22 

Choke off threshold  

5 OFF/1-100 

P11.23 

Number of attempts with choke  

 

2 1-10 

P11.24 

Choke start mode  

 

Consecutive Consecutive 

Alternating 

P11.25 

Fuel solenoid valve mode   

 

Normal Normal 

Continuous 

P11.26 

Glow plug functioning mode  

 

Normal Normal 

+Start 

+Cycle 

P11.27 

Stop magnet functioning mode  

 

Normal Normal 

Pulse 

No pause 

P11.01

 – Battery charging alternator voltage threshold for determining motor running (D+). If the alternator does not have a D+ output, this parameter must be disabled.

 

P11.02

 – Generator voltage threshold for determining motor running (VAC). 

P11.03

 – Generator frequency threshold for determining motor running. 

P11.04

 – ‘W’ speed or pick-up signal threshold or AC from permanent magnet alternator threshold for determining motor running. 

P11.05

 – Glow plug pre-heating time before engine start. 

P11.06

 – Engine temperature over which fuel pre-heating is deactivated. 

P11.07

 – Maximum fuel pre-heating time.

 

P11.08 

– Time between opening of fuel valve and activation of starter motor. 

P11.09

 – Total number of automatic engine start attempts. 

P11.10

 – Duration of engine start attempts. 

P11.11

 – Pause between one engine start attempt during which no engine running signal is detected and next start attempt. 

P11.12

 – Pause between one engine start attempt interrupted by false start and next start attempt. 

P11.13

 – Time for which alarms are disabled immediately after engine start. Used for alarms active when engine is running. 

Example: minimum oil pressure

.  

P11.14

 – As above, with particular reference to engine overspeed alarms.  

P11.15

 – Energisation time for output programmed with 

Decelerator

 function. 

P11.16

 – Engine temperature over which decelerated functioning is disabled. 

P11.17

 – Maximum cooling cycle time. 

Example: time which elapses between disconnection of load from the genset and the actual stopping of the engine

P11.18

 – Energisation time for output programmed with 

Stop magnet

 function. 

P11.19

 – Time between activation of 

Start

 output (starter motor) and activation of output programmed with 

Gas valve

 function. 

P11.20

 – Energisation time for output programmed with 

Priming 

function. 

P11.21

 – Energisation time for output programmed with 

Choke 

function. 

P11.22

 – Percentage of rated generator voltage over which the output programmed as 

Choke

 is de-energised.

 

P11.23

 – Number of start attempts with 

Choke on

P11.24

 – Choke control mode for gasoline engines. 

Consecutive

 = all start attempts are made with choke on. 

Alternating

 = start attempts alternate between choke on and 

choke off.

 

P11.25

 – Control mode for 

Fuel solenoid valve

 output: 

Normal

 = the 

fuel solenoid valve

 relay is deactivated during pauses between start attempts. 

Continuous

 = the 

Fuel 

solenoid valve

 relay remains activated during pauses between start attempts.

 

 P11.26 

– Control mode for 

Glow plug pre-heating

 output: 

Normal

 = the G

low-plug 

output is energised for the set time before the first start attempt. 

+Start

 = The 

Glow-plug

 output 

remains energised during the start attempt. 

+Cycle

 = The 

Glow-plug

 output remains energised throughout the entire start cycle. 

P11.27

 – Control mode for 

Stop magnet

 output:

 

Normal

 = the 

Stop

 

magnet

 output is energised during the stop phase and remains activated for the set time after the engine has 

actually stopped. 

Pulse

 = the 

Stop magnet

 output is activated only for a timed pulse. 

No pause

 = the S

top magnet

 output is de-energised during pauses between one 

start attempt and the next. During the stop phase, the S

top magnet

 output remains energised until the end of the set time. 

 

 
 
 
 

Summary of Contents for RGK400SA

Page 1: ...s 3 Navigating between the display pages 3 Switching on and starting up RGK400SA 3 Switching on and starting up RGK420SA 3 Expandability 4 Inputs and outputs 4 User alarms UAx 4 IR programming port 4...

Page 2: ...eter and alarm messages in 5 languages ENG ITA FRA SPA DEU 3 Ph N 480 VAC rated generator voltage measuring input 1 ph current input 6 digital inputs including o 4 standard digital inputs o 1 digital...

Page 3: ...er only switches off at the end of this after the engine has stopped During the cooling cycle the display reads out a countdown of the time to engine shutdown If you wish to stop the engine immediatel...

Page 4: ...occurs o the properties of the alarm as for standard alarms i e how it interacts with the genset controller If the alarm is displayed following activation of an external digital input then the source...

Page 5: ...f the RGK4 SA controller more or less in the position shown alongside Hold it in position for a few seconds until you hear a beep The app runs automatically and the parameters are loaded and displayed...

Page 6: ...or voltage parameters P13 GENERATOR PROTECTION Alternator protection functions P14 DIGITAL INPUTS Programmable digital input functions P15 DIGITAL OUTPUTS Programmable digital output functions P17 MIS...

Page 7: ...ment P04 n 01 Rated generator voltage Always set phase to phase voltage for polyphase systems P04 n 02 Choice of connection type three phase with without neutral two phase or single phase P04 n 03 Vol...

Page 8: ...asurements while performing calibration P08 04 Selection of unit of measure for oil pressure P08 05 P08 06 The minimum oil pressure pre alarm and alarm thresholds respectively See the corresponding al...

Page 9: ...C P11 03 Generator frequency threshold for determining motor running P11 04 W speed or pick up signal threshold or AC from permanent magnet alternator threshold for determining motor running P11 05 Gl...

Page 10: ...ed current for alarm A31 Maximum generator current P13 02 Delay for alarm in previous parameter P13 03 Percentage threshold referred to rated current for alarm A32 Generator short circuit P13 04 Delay...

Page 11: ...of the signal the engine begins its stop cycle Start without stop Starts the engine remotely and does not stop it in the event of an alarm The signal must be maintained for as long as the engine needs...

Page 12: ...time set in P05 04 A16 Battery voltage low Occurs if battery voltage remains below the threshold set in P05 03 for longer than the time set in P05 04 A17 Battery discharged Occurs if engine start atte...

Page 13: ...Manual circuit breaker open A46 Cannot change configuration A47 Water in fuel UA1 UA1 UA2 UA2 A38 System error 5V Occurs if an internal error occurs in the RGK4 SA controller Contact Technical Support...

Page 14: ...e sensor offset Advanced Calibrates resistive sensors by adding subtracting a value in Ohms to the resistance measured by them to compensate for cable length or resistance offsets Calibration is made...

Page 15: ...K ALIMENTATO 18 12 11 13 14 L3 L1 L2 L3 24 L1 25 L2 23 S1 21 20 S2 RGK420SA 3 4 5 17 6 N N 22 19 10 9 8 F F4A ELETTROV CARBURANTE FUEL SOLENOID VALVE START AVVIAMENTO F F6A LIVELLO CARBURANTE AN MASSA...

Page 16: ...OIL PRESSURE T1A 15 16 3 4 5 17 6 LIBERO 1 2 FREE F INP5 INP6 INP4 INP3 INP2 INP1 ARRESTO DI EMERGENZA ALTERNATORI TIPO BOSCH MARELLI LUCAS PICK UP PICK UP BATTERY ALTERNATOR TYPE BOSCH MARELLI LUCAS...

Page 17: ...4 23 22 21 19 16 18 15 BATTERY 20 17 8 10 12 14 7 9 11 13 2 4 6 1 3 5 L1 L2 L3 N S1 S2 COM1 OUT2 OUT4 COM2 D OUT1 OUT3 OUT5 INP1 AN INP3 INP5 S GND INP2 INP4 100 500VLL 50 60Hz CAT III I 0 025 5A SSR...

Page 18: ...impedance 100 K Pre excited battery charging alternator 500 rpm input terminal 7 Operating range 0 33 V Max input current 1 mA Max voltage at D terminal 12 or 24 VDC battery voltage Excitation curren...

Page 19: ...max 0 2 2 5 mmq 24 12 AWG UL use data Cable cross section min max 0 75 2 5 mm 18 12 AWG Tightening torque 0 56 Nm 5 Lbin Enclosure Version Flat panel mounted Material Polycarbonate Front protection ra...

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