The CRE Technology team would like to thank you for trusting our expertise and investing in a product developed in France.
We have created this application note to help you during the migration of your DSE86xxMKII modules to GENSYS COMPACT Prime/Mains.
The application note is based on the default configuration of the controllers in order to prevent installation mistakes, please make sure the wiring corresponds to your installation before commissioning.
You will find all the technical documentation concerning the Gensys Compact Prime / Gensys Compact Mains on the CRE Technology website.
TYPICAL WIRING DIAGRAM – GENSYS COMPACT PRIME
You can download the attached file about the Typical wiring diagram (PDF format)
OPERATIONNAL MODES – GENSYS COMPACT PRIME
The GENSYS COMPACT PRIME can be configured and controlled with the front panel, which is separated into two parts:
1. The top end and middle part: are dedicated to the navigation, monitoring, and measurement display.
2. The bottom end part: is dedicated to the 3 functioning modes selection:
- AUTO - This mode makes the GENSYS COMPACT PRIME operate the installation in a fully automatic mode according to its settings and configuration, external action to start: “remote start digital input” or TCP ModBus.
- TEST - This mode simulates the start of the Auto mode with the requested sequences, to exit from the TEST mode, simply press AUTO again or press MANUAL mode.
- MANU - This mode allows you to manage your installation with the front panel buttons manually: you will be able to start/stop the generator, open/close the breakers while still benefiting from the active protections of the GENSYS COMPACT PRIME and the automatic synchronization and load/unload sequences.
MENUS – GENSYS COMPACT PRIME
Once the GENSYS COMPACT PRIME is switched on, you can access the menu on 3 different levels (to access the password page, press ESC or ENTER.):
- Level 0: No password is required, just press «ENTER» to access the display.
- Level 1: Just press «ENTER» to go to the Display menu. Press «↓» to select «configuration» or «system» of the GENSYS COMPACT PRIME. Press «ENTER» to switch to password mode. Press «↑» to change the character; press «→» to move to the next character. The level 1 password is «1»
NOTE: The Level 1 password gives you access to the minimum settings recommended to start your commissioning on your power plant. This level “1” is equivalent to “standard mode” on the i4Gen Suite software.
- Level 2: Just press «ENTER» to go to the Display menu. Press «↓» to select «configuration» or «system» of the GENSYS COMPACT PRIME. Press «ENTER» to switch to
password mode. Press «↑» to change the character; press «→» to move to the next character. The level 2 password is «1234».
NOTE: The level 2 password gives you access to all settings to commission your power plant. This level “2” is equivalent to “advanced mode” on the i4Gen Suite software.
For complex settings, which are not available through the front panel of the module, you can use i4Gen Suite software (Analogue inputs, Easyflex, Scheduler, etc ..).
THE DIFFERENT MENUS WILL APPEAR AS FOLLOW
DISPLAY | |
POWER PLANT | Electrical information on the power plant: kW /kVAR. Nominal values. Breakers status, and generator state. |
GENERATOR | Electrical measures on generator: general, voltage, powers, currents, powers per phase and power factor. |
BUS | Electrical measures on Bus: general, voltage, powers, and currents. |
SYNCHRO. | Electrical measures on synchronization: phase, frequency, voltage, phase sequence. |
ENGINE | Mechanical measures on the engine: oil pressure, water temp, speed, battery voltage, running hours, start attempts, etc … |
INPUTS/OUTPUTS | Real time displays for digital I/Os, and CANopen digital I/Os |
MAINTENANCE | Real time displays for maintenance counters on hours, and days. |
ABOUT | Information on hardware product: serial number, firmware version. |
CONFIGURATION (*LEVEL 2 ONLY) | |
APPLICATION | Installation description (my number, number of generators, number of MASTER/BTB). Level 2: segment number, dead bus management, voltage system, power up mode. |
TIMERS | Timer settings for ramps, breakers, start sequence, stop sequence, Mains & gas engine sequences. |
GENERATOR | Definition of the electrical measure ratios (PT, CT), generator nominal values (kW, kVAR,V) and kW mode. Level 2: Static paralleling. |
BUS | Nominal voltage and PT ratio. |
SYNCH CHECK RELAY* | Voltage, frequency, phase windows acceptance, and fail to synch timer. |
POWER MNGT* | Load dependant settings (timers, threshold, and sequence). Load shedding: Under frequency and maximum load settings. |
ENGINE | Engine definition: Engine type, speed sensor, and setpoint. Level 2: Start/Stop settings, check before starting and crank settings. |
J1939 ECU/ECM | Engine J1939 configuration. |
INPUTS/OUTPUTS | Digital inputs and outputs settings. Relays outputs settings. |
BREAKERS | Generator breakers control settings. |
GENERATOR PROTECTIONS* | Protections on frequency, voltage, current, reverse power, kW, kVAR, uneven sharing, unbalance, short-circuit, and earth Fault. |
OTHER PROTECTIONS* | Protections on speed, oil pressure, water temp, analog inputs, battery, boost battery, outputs and J1939. |
SPEED/AVR CONTROL | Easy Calib, AVR control (amplitude, offset). Speed control (amplitude, offset). |
CONTROL LOOPS | Synchronization settings (Global gain Freq, phase, Volt). Power Control (Global gain kW, kVAR), and kW setpoint, power factor. Level 2: Same settings with proportional, integral, and derivative. |
MODIF BY VAR NUMBER* | Personalized settings (for experienced users only). |
SYSTEM (*LEVEL 2 ONLY) | |
EVENTS* | Events personalized list to configure. |
DATE/TIME | Regional settings, on date and time. |
SCREEN SETUP | Screen settings about contrast, backlight, and screensaver. |
ETHERNET | Ethernet communication settings, IP, etc... |
REWIRING 8610 Vs. Gensys Compact Prime
DSE8610MKII | Gensys Compact Prime | |||||
| Terminal | Terminal | Default config | Comments | ||
- | 1 | J1 | 7-38VDC | - |
| Terminal must be grounded |
+ | 2 | 7-38VDC | + |
| 7…38VDC, consumed current: 130mA at 24V (standby and operation) | |
Emergency Stop | 3 | Digital input | 3 | Emergency Stop (connect to negative) | (-) to active | |
Fuel | 4 | Digital output | 2 | Fuel/ Gas | Transistor output (max: 1.8A) è to connect on relay. | |
Start | 5 | Digital output | 1 | Starter n°1 | Transistor output (max: 1.8A) è to connect on relay. | |
D + | 6 | If needed D+ => Charge alternator excitation, please follow the wiring connection | Diode and resistors are available at CRE Technology on demand | |||
Sensor Common | 15 | J6 | Analog | Common |
| Terminal must be grounded |
Oil Pressure Sensor | 16 | Input 1 | Oil pressure | Resistive input (0...500Ohms) | ||
Coolant Temp | 17 | Input 2 | Coolant temperature | Resistive input (0...500Ohms) | ||
Fuel Level Sensor | 18 | Input 3 | To configure as level sensor | Resistive input (0...500Ohms) | ||
Additional sensor | 19 | - |
|
| ||
Digital Input A | 59 | J1 | Digital input | 1 | Generator breaker feedback | (-) to active |
Digital Input B | 60 | 2 | Remote start on load | (-) to active | ||
Digital Input C | 61 | 3 | Emergency Stop (already used) | (-) to active | ||
Digital Input D | 62 | 4 | To configure | (-) to active | ||
Digital Input E | 63 | 5 | To configure | (-) to active | ||
Digital Input F | 64 | 6 | To configure | (-) to active | ||
Digital Input G | 65 | 7 | To configure | (-) to active | ||
Digital Input H | 66 | 8 | To configure | (-) to active | ||
Digital Input I | 67 | 9 | To configure | (-) to active | ||
Digital Input J | 68 | - |
|
| ||
Digital Input K | 69 | - |
|
| ||
Digital Input L | 70 | - |
|
| ||
DC Output E | 7 | J1 | Digital output | 3 | To configure | Transistor output (max: 1.8A) è to connect on relay. |
DC Output F | 8 | 4 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output G | 9 | 5 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output H | 10 | 6 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output I | 11 | - |
|
| ||
DC Output J | 12 | - |
|
| ||
DC Output K | 13 | - |
|
| ||
DC Output L | 14 | - |
|
| ||
ECU Port H | 20 | J2 | CAN 2 | CAN H |
| Use twisted pair |
ECU Port L | 21 | CAN L |
| |||
ECU Port Screen | 22 | 0V |
|
| ||
CT Secondary for L1 | 52 | J5 | Generator current | I1 |
| 0…5A. Maximum rating: 15A during 10s The maximum of the external CT ratio is 3250 (i.e. 3250:1 or, preferably, 16250:5) |
CT Secondary for L2 | 53 | I2 |
| |||
CT Secondary for L3 | 54 | I3 |
| |||
CT Secondary for N | 56 |
|
| |||
CT Common | 55 | Common |
| Terminal must be grounded | ||
L1 | 44 | J4 | Generator voltage 80 … 500VAC 35 … 75 Hz | L1 |
| These lines must be protected externally with 100mA/600VAC fuses |
L2 | 45 | L2 |
| |||
L3 | 46 | L3 |
| |||
N | 47 | N |
| Optional | ||
Control gen contactor Relay output D
| 42-43 | J3 | 5A-240VAC | Relay 2 |
Generator breaker close
| Normally open. Breaking capacity: 5A, 240VAC |
Normally Closed Relay output C | 40-41
| J3 | Relay 1 | To configure | Normally open. Breaking capacity: 5A, 240VAC | |
L1 | 48 | J4 | Bus voltage 80 … 500VAC 35 … 75 Hz | L1 |
| These lines must be protected externally with 100mA/600VAC fuses |
L2 | 49 | L2 |
| |||
L3 | 50 | L3 |
| |||
N | 51 | N |
| Optional | ||
MSC H | 32 | J2 | CAN 1 | CAN H |
| Use twisted pair |
MSC L | 33 | CAN L |
| |||
Screen | 34 | 0V |
|
| ||
GOV O/P B | 35 | J2 | Analog speed output | Speed output |
| Analog output ±10V to speed controller |
GOV REF A | 36 | Speed common |
| Twisted pair; length. < 5m (16ft) if unshielded, < 50m max if shielded | ||
AVR O/P B | 38 | Analog AVR output | AVR output |
| Analog output ±10V to voltage regulator | |
AVR REF A | 39 | AVR common |
| Twisted pair; length. < 5m (16ft) if unshielded, < 50m max if shielded | ||
MPU+ | 23 | J2 | Magnetic Pick up | Pick up + |
| 100Hz...10kHz. Voltage limits between + /–2...40VAC. |
MPU- | 24 | Pick up - |
| |||
SCR | 25 | Shield |
| Connect the cable shield herein |
Terminal used by DSE8610MKII (Yellow) vs GENSYS COMPACT PRIME terminal.
Follow the standard wiring schematics of COMPACT Prime for more instructions
NOTE
Before the commissioning or the operation of your equipment, please read carefully the user’s manual and other related documentation. Engines, turbines, or any other type of Generator must be equipped with protections (overspeed, temperature, pressure… depending on your installation).
We also offer personalized and specific training on our product range and software, as well as additional services such as: onsite support, application engineering, or specific support.
Carefully apply the safety instructions. Any misuse of your equipment can lead to human or machine damages.
COMMISSIONING
In Manu mode: Start/Stop the engine, and check protections (oil pressure, water temp, emergency stop, etc …). Open and close the generator breaker. Apply some load, and check that kW power are positive on each phase. Connect the controller analog outputs on the speed governor and AVR products, and execute the Easy Calib function to control and adjust automatically the 2 analog signals.
- Check that you have the right and accurate nominal frequency and nominal voltage. By increasing/decreasing the speed manually, check that you have a range of +/- 2,5 Hz. By increasing/decreasing the voltage manually, check that you have a range of +/- 8%.
- Disconnect the breaker relay output of the controller. Apply synchronization and check if frequency, phase, and voltage differences are within the expected limits.
- Paralleling can be tested, and stability can be adjusted.
- After commissioning, products can be switched to AUTO mode.
CONTROL LOOPS ADJUSTMENT
To adjust these parameters, we offer, on the same screen, the real time curves visualization of parameter setpoint and measurement.
These 2 curves will help you to adjust PID for global stability. It is available for synchronization (Frequency, phase, and
voltage), and power control (kW/kVAR).
- With level 1 of the controller (standard mode with i4Gen Suite), you have access and you can set the global gain G.
- With level 2 of the controller (advanced mode with i4Gen suite), you have access and you can set the proportional P, integral I, and derivative D:
- Increase P value to have a measure curve close to the setpoint curse, without hunting.
- Increase I to decrease the static error (difference between setpoint and measure), without slow hunting.
- Only if necessary, increase D, for oscillation attenuation.
TYPICAL WIRING DIAGRAM – GENSYS COMPACT MAINS
You can download the attached file about the Typical wiring diagram (PDF format)
OPERATIONNAL MODES – GENSYS COMPACT MAINS
The GENSYS COMPACT MAINS can be configured and controlled with the front panel, which is separated into two parts:
1. The top end and middle part: are dedicated to the navigation, monitoring, and measurement display.
2. The bottom end part: is dedicated to the 3 functioning modes selection:
- AUTO - This mode makes the GENSYS COMPACT MAINS operate the installation in a fully automatic mode according to its settings and configuration, external action to start: “remote start digital input”, Mains failure” or TCP ModBus.
- TEST - This mode simulates the start of the Auto mode with the requested sequences, to exit from the TEST mode, simply press AUTO or press MANUAL mode.
- MANU - This mode allows you to manage your installation with the front panel buttons manually: you will be able to start/stop the generator, open/close the breakers while still benefiting from the active protections of the GENSYS COMPACT MAINS and the automatic synchronization and power management sequences.
MENUS – GENSYS COMPACT MAINS
Once the GENSYS COMPACT MAINS is switched on, you can access the menu on 3 different levels (to access the password page, press ESC. or ENTER):
- Level 0: No password is required, just press «ENTER» to access the display.
- Level 1: Just press «ENTER» to go to the Display menu. Press «↓» to select «configuration» or «system» of the GENSYS COMPACT MAINS. Press «ENTER» to switch to password mode. Press «↑» to change the character; press «→» to move to the next character. The level 1 password is «1».
NOTE: The Level 1 password gives you access to the minimum settings recommended to start your commissioning on your power plant. This level "1" is equivalent to «standard mode» on the i4Gen Suite software.
- Level 2: Just press «ENTER» to go to the Display menu. Press «↓» to select «configuration» or «system» of the GENSYS COMPACT MAINS. Press «ENTER» to switch to password mode. Press «↑» to change the character; press «→» to move to the next character. The level 2 password is «1234».
NOTE: The level 2 password gives you access to all settings to commission your power plant. This level “2” is equivalent to “advanced mode” on the i4Gen Suite software.
For complex settings, which are not available through the front panel of the module, you can use i4Gen Suite software (Analogue inputs, Easyflex, Scheduler, etc ...)
THE DIFFERENT MENUS WILL APPEAR AS FOLLOW
DISPLAY | |
GENERATOR | Electrical measures on generator: general, voltage, powers, currents, powers per phase and power factor. |
MAINS | Electrical measures on Mains: general, voltage, powers, and currents. |
SYNCHRO. | Electrical measures on synchronization: phase, frequency, voltage, phase sequence. |
ENGINE | Mechanical measures on the engine: oil pressure, water temp, speed, battery voltage, running hours, start attempts, etc … |
INPUTS/OUTPUTS | Real time displays for digital I/Os, and CANopen digital I/Os. |
MAINTENANCE | Real time displays for maintenance counters on hours, and days. |
ABOUT | Information on hardware product: serial number, firmware version. |
CONFIGURATION (*LEVEL 2 ONLY) | |
APPLICATION | Installation description: type of operations & Mains paralleling mode. Level 2: voltage system, power up mode. |
TIMERS | Timer settings for ramps, breakers, start sequence, stop sequence, Mains & gas engine sequences. |
GENERATOR | Definition of the electrical measure ratios (PT, CT) and generator nominal values (kW, kVAR,V). Level 2: high/Low limit, electrical fault. |
MAINS | Definition of the Mains electrical measure: ratios (PT, CT), nominal values (V, Hz) and Mains kW measure. Level 2: Mains electrical fault and authorization to start. |
SYNCH CHECK RELAY* | Voltage, frequency, phase windows acceptance, and fail to synch timer. |
POWER MNGT* | Load shedding: Under frequency and maximum load settings. |
ENGINE | Engine definition: Engine type, speed sensor, and setpoint, protection switch. Level 2: Start/Stop settings, J1939, static paralleling. |
J1939 ECU/ECM | Engine J1939 configuration. |
INPUTS/OUTPUTS | Digital inputs/outputs settings. Relays outputs settings. |
BREAKERS | Generator & Mains breakers control settings. |
GENERATOR PROTECTIONS* | Protections on frequency, voltage, current, reverse power, kW, kVAR, unbalance, short- circuit, and earth Fault. |
MAINS PROTECTIONS* | Frequency, voltage, current, reverse power, kW, kVAR, vector shift, Df/Dt, and unbalance. |
OTHER PROTECTIONS* | Speed, oil pressure, water temp, analog inputs, battery, battery boost, outputs & J1939. |
SPEED/AVR CONTROL | AVR control (amplitude, offset). Speed governor control (amplitude, offset). |
CONTROL LOOPS | Synchro. settings (Global gain Freq, phase, Volt). Power Control (Global gain kW, kVAR), kW setpoint. Mains permanent mode: base load, peak shaving, and power factor setpoints. Level 2: Same settings with proportional, integral, and derivative. |
MODIF BY VAR NUMBER* | Personalized settings (for experienced users only). |
SYSTEM (*LEVEL 2 ONLY) | |
EVENTS* | Events personalized list to configure. |
DATE/TIME | Regional settings, on date and time. |
SCREEN SETUP | Screen settings about contrast, backlight, and screen saver. |
ETHERNET | Ethernet communication settings, IP, etc... |
REWIRING 8620 Vs. Compact Mains
DSE8620MKII | Gensys Compact Mains | |||||
Terminal | Terminal | Default config | Comments | |||
- | 1 | J1 | 7-38VDC | - |
| Terminal must be grounded |
+ | 2 | 7-38VDC | + |
| 7…38VDC, consumed current: 130mA at 24V (standby and operation). | |
Emergency Stop | 3 | Digital input | 3 | Emergency Stop (connect to negative) | (-) to active | |
Fuel | 4 | Digital output | 2 | Fuel/ Gas | Transistor output (max: 1.8A) è to connect on relay. | |
Start | 5 | Digital output | 1 | Starter n°1 | Transistor output (max: 1.8A) è to connect on relay. | |
D + | 6 | If needed D+ => Charge alternator excitation, please follow the wiring connection | Diode and resistors are available at CRE Technology on demand | |||
Sensor Common | 15 | J6 | Analog | Common |
| Terminal must be grounded |
Oil Pressure Sensor | 16 | Input 1 | Oil pressure | Resistive input (0...500Ohms) | ||
Coolant Temp | 17 | Input 2 | Coolant temperature | Resistive input (0...500Ohms) | ||
Fuel Level Sensor | 18 | Input 3 | To configure as level sensor | Resistive input (0...500Ohms) | ||
Additional sensor | 19 | - |
|
| ||
Digital Input A | 59 | J1 | Digital input | 1 | Generator breaker feedback | (-) to active |
Digital Input B | 60 | 2 | Remote start on load | (-) to active | ||
Digital Input C | 61 | 3 | Emergency Stop (already used) | (-) to active | ||
Digital Input D | 62 | 4 | Mains Breaker feedback | (-) to active | ||
Digital Input E | 63 | 5 | To configure | (-) to active | ||
Digital Input F | 64 | 6 | To configure | (-) to active | ||
Digital Input G | 65 | 7 | To configure | (-) to active | ||
Digital Input H | 66 | 8 | To configure | (-) to active | ||
Digital Input I | 67 | 9 | To configure | (-) to active | ||
Digital Input J | 68 | - |
|
| ||
Digital Input K | 69 | - |
|
| ||
Digital Input L | 70 | - |
|
| ||
DC Output E | 7 | J1 | Digital output | 3 | Used for Mains breaker close (see below) | Transistor output (max: 1.8A) è to connect on relay. |
DC Output F | 8 | 4 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output G | 9 | 5 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output H | 10 | 6 | To configure | Transistor output (max: 1.8A) è to connect on relay. | ||
DC Output I | 11 | - |
|
| ||
DC Output J | 12 | - |
|
| ||
DC Output K | 13 | - |
|
| ||
DC Output L | 14 | - |
|
| ||
ECU Port H | 20 | J2 | CAN 2 | CAN H |
| Use twisted pair |
ECU Port L | 21 | CAN L |
| |||
ECU Port Screen | 22 | 0V |
| |||
CT Secondary for L1 | 52 | J5 | Generator current | I1 |
| 0…5A. Maximum rating: 15A during 10s The maximum of the external CT ratio is 3250 (i.e. 3250:1 or, preferably, 16250:5) |
CT Secondary for L2 | 53 | I2 |
| |||
CT Secondary for L3 | 54 | I3 |
| |||
CT Secondary for N | 56 |
|
| |||
CT Common | 55 | Common |
| Terminal must be grounded | ||
L1 | 44 | J4 | Generator voltage 80 … 500VAC 35 … 75 Hz | L1 |
| These lines must be protected externally with 100mA/600VAC fuses |
L2 | 45 | L2 |
| |||
L3 | 46 | L3 |
| |||
N | 47 | N |
| Optional | ||
Control gen contactor Relay Output D | 42-43 | J3 | 5A-240VAC | Relay 2 | Generator breaker close | Normally open. Breaking capacity: 5A, 240VAC |
J3 | Relay 1 Not used (factory setting: Generator breaker open | *Relay 1 can be configured as "Mains breaker close" to replace output C of DSE8620 (next line). | Can be used for another purpose* | |||
Control mains contactor Relay Output C | 40-41 | J1 | Digital output | 3 | Mains breaker close as factory setting | Transistor output (max: 1.8A) è to connect on relay. |
L1 | 48 | J4 | Mains voltage 80 … 500VAC 35 … 75 Hz | L1 |
|
|
L2 | 49 | L2 |
|
| ||
L3 | 50 | L3 |
|
| ||
N | 51 | N |
|
| ||
MSC H | 32 | J2 | CAN 1 | CAN H | Use twisted pair | |
MSC L | 33 | CAN L |
| |||
Screen | 34 | 0V |
| |||
GOV O/P B | 35 | J2 | Analog speed output Analog AVR output | Speed output |
| Analog output ±10V to speed controller |
GOV REF A | 36 | Speed common |
| Twisted pair; length. < 5m (16ft) if unshielded, < 50m max if shielded | ||
AVR O/P B | 38 | AVR output |
| Analog output ±10V to voltage regulator | ||
AVR REF A | 39 | AVR common |
| Twisted pair; length. < 5m (16ft) if unshielded, < 50m max if shielded | ||
MPU+ | 23 | J2 | Magnetic Pick up | Pick up + |
| 100Hz...10kHz. Voltage limits between + /–2...40VAC |
MPU- | 24 | Pick up - |
|
| ||
SCR | 25 | Shield |
| Connect the cable shield herein |
Terminal used by DSE86200MKII (Yellow) vs GENSYS COMPACT MAINS terminal.
Follow the standard wiring schematics of COMPACT Mains for more instructions
NOTE
Before the commissioning or the operation of your equipment, please read carefully the user’s manual and other related documentation. Engines, turbines, or any other type of Generator must be equipped with protections (overspeed, temperature, pressure… depending on your installation).
We also offer personalized and specific training on our product range and software, as well as additional services such as: onsite support, application engineering, or specific support.
Carefully apply the safety instructions. Any misuse of your equipment can lead to human or machine damages.
COMMISSIONING
- In Manu mode: Start/Stop the engine, and check protections (oil pressure, water temp, emergency stop, etc …). Open mains breaker and close generator breaker. Apply some load on the generator, and check that kW power are positive on each phase.
- Connect the controller analog outputs on the speed governor and AVR products, and Execute Easy Calib function to control and adjust automatically the 2 analog signals.
- Check that you have the right and accurate nominal frequency and nominal voltage. By increasing/decreasing manually the speed, check that you have a range of +/- 2,5Hz. By increasing/decreasing manually the voltage, check that you have a range of +/- 8%.
- Disconnect the breaker relay output of the controller. Apply synchronization, and check if frequency, phase, and voltage differences are within the expected limits. Apply the same procedure to control the Mains breaker.
- Mains paralleling can be tested, and stability can be adjusted.
- After commissioning, the product can be switched to AUTO mode.
CONTROL LOOPS ADJUSTMENT
To adjust these parameters, we offer, on the same screen, the real time curves visualization of parameter setpoint and measurement.
These 2 curves will help you to adjust PID for global stability. It is available for synchronization (Frequency, phase, and
voltage), and power control (kW/kVAR).
- With level 1 of the controller (standard mode with i4Gen Suite), you have access and you can set the global gain G.
- With level 2 of the controller (advanced mode with i4Gen suite), you have access and you can set the proportional P, integral I and derivative D:
- Increase P value to have measure curve close to setpoint curse, without hunting.
- Increase I to decrease the static error (difference between setpoint and measure), without slow hunting.
- Only if necessary, increase D, for oscillation attenuation.
Notes:
** All I/O are negative (-) to active on COMPACT
* EQUIPOTENTIALITIES: It is important to respect the following equipotential schematic with EARTH adequate wiring.
Potential differences between Neutral, Ground, Common CT, Battery negative and 0VDC COMPACT module could create an undesired current going through the COMPACT module, and the following problems can occur:
• Wrong voltage measurement & display values
• Wrong current measurement and display values
• Wrong analog inputs measurement and display values
• Damage of the controller in some situations
All earth points must be correctly connected and measurement of 0VDC has to be observed between them
CONFIGURATION SOFTWARE:
i4Gen Suite for COMPACT, downloadable free software from
PC CONNECTION WITH I4GEN SUITE SOFTWARE
Power the controller. Connect the Ethernet port (RJ45-LAN) of your computer to the Ethernet port of your controller. To be able to establish communication between the i4Gen Suite software and the controller, the network addresses of the devices must be configured:
1. For PC network configuration, please refer to your Windows network settings.
2. The network configuration of the controller is to be done via the front panel of the controller or with the i4Gen Suite software.
3. The network configuration of the devices must be compatible: the default IP address on CRE TECHNOLOGY controllers is: 192.168.11.1
INSTALLATION OF THE I4GEN SUITE SOFTWARE
Download the latest version of the software on our website
CONTROLLER SUPERVISION (Visualization of all parameters)
CONTROLLER DYNAMIC SETTINGS (Parameters settings with engine running)
CONTROLLER STATIC SETTINGS (Parameters setting with engine stopped)
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