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Startup Manual for V1000 in the HVAC application

Introduction

Type introduction here

Parameter setup: The following parameter list is the parameter values that must be configured/changed (highlighted), while the parameter values in gray are the factory settings, although these also should be checked. To reset all the parameters to the factory defaults, select the parameter A1-03 and select 2220.

Parameter	Description	Parameter Value 230V	Parameter Value 400V	Comment
A1-02	Operaton mode	0	0	V/f-curve
B8-01	Act. the energy saving function	1	1	Set the value to 0 if not used
C1-01	Ramp at the start	10	10	Acceleration in seconds
C1-02	Ramp at the end	10	10	Deceleration in seconds
C6-01	Load type	1	1	Variable torque loads (wave/pump)
E1-01	Supply voltage	230	400
E1-03	Setting of V/f-curve	5	5	F = Manual settings.; 5 = Square. torque 1.3-50Hz 7 = Square. torque 1.5-60Hz. NB! When using the CX-Drive on 230V, choose the value F (manual settings.) and V / f-curve, the parameters E1-04 to E1-10, to be adjusted manually.
E1-04	Max. output frequency	50	50
E1-05	Max. output voltage	230	400
E1-06	Max. output frequency	50	50	For this curve setting E1-06 is similar to E1-04
E1-07	Intermediate frequency	25	25
E1-08	Intermediate voltage	57.5	100
E1-09	Min rate	1.3	1.3
E1-10	Min tension	9	18
E2-01	Motor protection	XX	XX	Engine rated power move (Amp)
H1-03	Layout of the digital input S3	21	21	External errors (NC) - ONLY when connecting Klixon
H3-10	Layout of analog time A2	E	E	Defined for thermal input
L2-01	Boot after power outages	2	2	Starting when the power comes back and input S1 is active
L5-01	Auto restart	3	3	The number of automatic re-start attempts by mistake

With a large inertia moment in the fan a surge alarm can occur. At the deceleration point, set C1-02 to a high (> 30 sec.) Set any b1-03 to the value 1 (free couplings at the end). Note that the parameter H1-01 or H3-10 is selected depending on the type of temperature monitoring of the engine. Leave the factory setting for the those which are not being used.

If the minimum and / or maximum rate should be set differently than the predefined V / f-curves then manually set the entire V / f-curve. Parameter E1-03 is equal to F-curve set the parameters E1-04 to E1-10. Intermediate frequency / voltage is handled between E1-07 and E1-08 as shown above.

Error messages: If the inverter detects an error at the wrong end (MA-MB-MC) it is activated and stops the engine after the setup has been selected, or will continue operating if this is already selected. Below are some of the most common error messages, if other errors occur see the complete manual.

Error Code	Description	Cause and Fix
oC	Over Current-inverter's power output has exceeded 200% of the brand power	Inverter's output is briefly stopped or it's occurring in the earth cable or motor The engine is overloaded. Acceleration and / or deceleration is too short. Motor capacity is too great Any breaks/ contactors between the motor and transducer have opened and closed again Find errors, fix and reset error
GF	Earth Fault Earth Fault on inverter's output, exceeded 50% of transducer's brand power	Insulation Fault in the motor or cable between the inverter and motor, possibly inverter's output transistors. For constant errors in the inverter or system, disconnect the power cable to the inverter's terminals and start the inverter. Correct errors and reset the inverter.
PUF	Fuse for DC bus is defective	Output Transistor defect Short fuse motor cable or motor Find errors and adjust the transducer
ou	Surge DC voltage in the internal adapter is spiked 410VDC for 200V series 820VDC for 400V series	If the error occurs at the down braking the deceleration is too short. Increase it If deceleration can not be increased, mount brake resistance Check the input voltage Find the cause and fix quickly, reset converter
Uu1	Under Voltage DC voltage in the internal adapter is too low 190VDC for 200V series 380VDC for 400V series	Check feed tension, are all phases present? Check the connection terminals Brief power failure, set parameter L2-01 = 2 Voltage Variation Find the cause and reset the adapter
oH	Over Temperature on cool flange Temperature higher than set in L8-02 or 105oC	Ambient temperature too high Defective cooling fan Watch L8-02 Find the cause and reset the adapter
oL1	Motor overloaded Thermal protection is activated, the motor is overloaded	The load is too large, the acceleration-deceleration is too short. V / f curve is incorrect Inverter's capacity is too small Read about the inverter's engine power display Monitor acceleration-/deceleration and adjust them. Check the layout of V / f curve. Is E2-01 set correctly?
oL2	Transducer overloaded	The load is too large, the acceleration-deceleration is too short. V / f curve is incorrect Inverter's capacity is too small Read about the inverter's engine power display Monitor acceleration-/deceleration and adjust them. Check the layout of V / f curve.
EF(x)	Failure of the digital input	Check the input number (x) S2, S3, etc. Find errors in the input status
UL3	Undermoment detection Engine power is less than the value set in L6-02	Engine power is too low <L6-02 longer than L6-03 when L6-01 set to 5 or 6 Change the values of L6-02 and / or L2-03. Turn off the feature by setting L6-01 = 0

Procedure for programming:

1. Access to programming mode:
Press ▲ a number of times until the 'Couple' is displayed. Then ENTER to get into programming mode.
2. Find the desired parameter group:
Use ▲ or ▼to scroll between the different parameter groups in the programming menu,
the following appears A1-􀀀 􀀀> A2-􀀀 􀀀> b1-􀀀 􀀀> b2-􀀀 􀀀 etc.
3. Find the desired parameter number:
When the desired parameter group is found press ENTER to scroll between the different
parameter numbers in the parameter group items. d1-01 where 01 blinks, to scroll between the parameter numbers (􀀀 􀀀 -01, -02 􀀀 􀀀, 􀀀 􀀀 -03, etc.) use ▲ or ▼.
4. Change the parameter value:
When the desired parameter number is found, press ENTER for edit it. Use RESET > to move the cursor to the desired position (flashing digit), changes made with ▲ or ▼ and saving of edited values will happen when ENTER is pressed, "End" appears for a moment if the new value is approved.
To move forward / change the second parameter-in the same group use ▲▼, and section 4 is repeated to edit the value. If a parameter in another parameter group is to be changed press ESC to come up a level (the code for parameter group flashes) and points 2, 3 and 4 are repeated.
5. End of programming:
At the end of the programming adapter must be put into Drive mode.
Press the ESC key 2 times until the 'F xx.xx' appears on the screen and it glows in the DRV diode, end with ENTER.

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Created	2008-11-14
Modified	2009-04-24
Views	13747

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