Vector VII 104-561kVA User Manual 6.6.1

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Vector

®

VII Variable Speed Drive

User’s Manual 104KVA – 561KVA

Wood Group ESP, Inc.

Wood Group ESP

5500 S.E. 59th Street Oklahoma City, OK 73135 Tel 405-670-1431 www.woodgroup-esp.com

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Intended Use

This manual applies to the 104, 150, 253, 344, 428 and 561 models of the Wood Group ESP Vector® VII Variable Speed Drive that are loaded with Firmware revision 6.6.

General Specifications

Electrical Specifications:

Rated Input Voltage: 480 Volt, 3 phase, 60 Hz (+ / - 10% of rated voltage and frequency). Consult factory for other input voltages and frequency ratings. Efficiency: 97% or greater at full load.

Output Voltage: 0 Volts to rated input voltage Output Frequency: 0 Hertz to 120 Hertz.

Control Specifications:

Control Method: Sine coded output with optional VSG® (Variable Sinewave Generation) technology.

Accel / Decel: 0 Seconds to 6,000 seconds.

Drive Overload: 110% of drive rating for 60 seconds (Variable Torque). Current Limit: Programmable current limit.

Control I/O:

Digital Inputs: 7 Programmable inputs - 24 VDC, 8 mA – Sinking or Sourcing Logic. Digital Outputs: 2 Programmable dry contacts rated 250 VAC / 30 VDC @ 1A.

1 Fault contact - Form C dry contact rated 250 VAC / 30 VDC @ 1A. Analog Inputs: 2 Programmable inputs (10 bit).

1 Input – 0 to +10 VDC – 20 K Ohms

1 Input – 0 to +10 VDC – 20 K Ohms or 4 to 20 mA – 250 Ohms Analog Outputs: 2 Programmable outputs (10 bit) – 0 to +10 VDC – 2 mA. Analog Reference: +15 VDC Source – 20 mA.

Logic Reference: +24 VDC Source – 8 mA.

Environmental Specifications:

Ambient Service Temperature: 0°C to 50°C (32°F to 1 22°F)

to -40°C (-40°F) with optional arctic package. Ambient Storage Temperature: -20°C to 60°C (-4°F to 140°F)

Humidity: 0 to 100%

Altitude: Up to 1000 Meters (3300 Feet) without de-rate.

Vibration: 9.81m/s2 (1 G) maximum 10 to 20 Hz, 2.0 m/s2 (0.2 G) 20 Hz to 50 Hz.

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General Precautions

DANGER: This drive unit requires and produces potentially lethal voltage levels. Failure to comply with the following may lead to equipment damage, serious personal injury and/or

death!!!

• Read and understand this manual in it’s entirety before installing, operating, or servicing this drive. All warnings, cautions, notes and instructions must be followed. The drive must be installed by qualified personnel only. The drive must be installed following the guidelines in this manual and following all applicable local codes.

• Do not connect or disconnect wiring while power is applied to the drive. Do not remove covers or touch any components while power is on.

• To avoid the risk of potentially lethal electrical shock, remove and lock-out all incoming power before servicing this drive unit. The internal capacitors remain charged even after the power supply is turned off. To prevent electrical shock, wait at least five minutes after removing power and measure the DC bus voltage between the +3 and – terminals to confirm safe level of voltage.

• Do not bypass the internal circuit breakers of the drive for any reason.

• Verify that the rated voltage of the drive matches the voltage of the incoming power supply before applying power. • Replace any protective covers or shields that may have been removed during servicing before operation of the drive. • Do not connect or operate this unit with visible damage or missing/removed parts.

• This unit may start unexpectedly upon application of power. Clear all personnel from the drive and other connected equipment. Secure and/or remove any mechanical hazards that may be present with the application of power to this drive • This drive contains ESD (ElectroStatic Discharge) sensitive parts and assemblies. Static control precautions are required

when installing, testing, or servicing this unit. Arc Flash Warning:

There is a potential for Arc Flash Hazard with this equipment. It is strongly recommended that an analysis of incident energy levels and determination of appropriate Personal Protective Equipment be conducted prior to energizing this equipment.

Danger Warning:

A Danger warning symbol is an exclamation mark enclosed in a triangle that precedes the word ”DANGER”. A Danger warning symbol indicates a hazardous situation which, if not avoided, will result in Death or serious injury. Danger warnings in this manual appear in the following manner.

DANGER Special instructions and descriptions of the associated hazard will be explained in the text following the Danger warning.

Or for CE marked Applications: Electrical Warning:

The electrical warning symbol is a lightning bolt mark enclosed in a triangle. The electrical warning symbol is used to indicate locations where hazardous voltage levels are present and conditions may cause serious injury if proper precautions are not followed.

.

Or for CE marked Applications: Caution Warning:

A Caution warning symbol is and exclamation mark enclosed in a triangle that precedes the word ”CAUTION”. A Caution warning symbol indicates a hazardous situation which, if not avoided, will result in minor or moderate injury.

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1

Quick Start Guide

This section will guide you through drive configuration for a typical ESP installation. It is highly recommended that the user read the entire manual before proceeding with this procedure!

Step Name Description

1 Log on to access drive configuration

Sections 4.3, 4.4

• From the Run Status screen, press the Menu soft key

• Use the up and down arrow buttons to select Log In, press the OK soft key. • Enter the password and press the OK soft key.

• Default password is 3333. 2 Set Auto Restart and

Drive Lockout function Section 4.30

• From the Run Status screen, press the Menu soft key • From the Select Screen, press the Startup soft key

• Set Auto Restart to Enable or Disable (Application Dependent) • Set Drive Lockout to Unlock before starting the drive

3 Set drive mode and related parameters Sections 3.6.1, 4.18

• Determine the operating mode for the drive - Current Control, Pressure Control, Frequency Control, and Analog Follower.

• Edit the Drive Mode parameter in the Operating Mode screen as needed. Modify the other parameters in the Operating Mode screen as necessary.

• Use the up and down arrow buttons in the Select Screen to select the Operating Mode screen, press the OK button.

• Use the up and down arrow buttons to select a parameter, press the Edit key to change the selected parameter.

4 Set up alarms Section 4.19, 4.20

• Set the motor overload and global restart parameters in the Alarms Setup screen. • Set the motor Underload and Underload restart parameters in the Underload Setup

screen.

• Select the screen and select / edit parameters as in step 3. 5 Set up frequency

behavior Section 4.23

• Set the V/F curve, motor direction, maximum and minimum frequencies, acceleration and deceleration times, jog setpoint, and lockout frequencies in the Frequency Setup screen.

• Select the screen and select / edit parameters as in step 3. 6 Set up Misc parameters

Section 4.26

• Configure the SmartGuard sensor (if available), transformer ratio, customer password, and faults as necessary in the Misc Setup screen.

• Select the screen and select / edit parameters as in step 3. •

7 Configure analog inputs Section 4.24, 4.25

• If required. Use the Analog 1 Setup and Analog 2 Setup screens. • Select the screen and select / edit parameters as in step 3. 8 Configure User Selected

Parameters Section 4.10

• Select parameters to display in the User Selected Parameters section of the Run Status screen using the Setup screen.

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2

I want to…..

2.1 Activate the normal drive screen

Press any key. Do NOT press the STOP key unless you want the drive to stop. Refer to Section 3.5.4.

2.2 Activate the status indicator screen

The status indicator screen is displayed automatically after 5 minutes of keypad inactivity. It can not be activated manually.

2.3 Adjust the frequency setpoint

Press the Setp soft key on the Run Status screen to activate setpoint change mode. Use the up and down arrow keys to adjust the setpoint as desired. Refer to Section 4.1

2.4 Clear the Fault state

Press the STOP key to attempt to clear the fault state. Some faults require a full power cycle to reset.

2.5 Determine the current rating of this drive

Examine the Drive Max Amps parameter displayed on the All Monitors screen. Refer to Section 4.14

2.6 Change one of the parameters in the Linear List

Please discuss this with Engineering. Some of these values are changed automatically when the higher level parameters are changed via the setup screens. Therefore, changes to the parameters in the Linear List must be considered carefully to avoid unexpected results. Refer to Section 4.17

2.7 Save Data Log, Current Log, and Events files to USB Flash

disk

See description of the Save soft key in the History screen. Refer to Section 4.9 and Appendix 3

2.8 Set drive parameters to their factory default values

Select the “Set all parameters to factory defaults.” function in Maintenance screen.

Note that this function sets both the high level user interface parameters and low level drive parameters to their factory defaults. This function may take several seconds. The drive must be powered off and then back on after this function has completed prior to further drive configuration or use. Refer to Section 4.29

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can be customized if necessary – please contact the WG ESP controls group at Oklahoma City for advice if such customization is necessary. Refer to sections 4.23 and 7.

2.10 Fine tune the drive output voltage without stopping the drive

Adjust the Voltage Bias parameter in the Frequency Setup screen. Note that the Voltage Bias is applied if the drive is running a maximum frequency. At lower frequencies, the voltage bias is scaled. Also note that the output voltage is limited by the DC bus voltage. Refer to section 4.23.

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3

Installation and Setup

3.1 Site Installation

3.1.1 Equipment Inspection

Upon receiving equipment a thorough inspection for external and internal damage should be conducted before connecting and operating.

• Check the external enclosure for broken welds, hinges, bent corners, doors or bent legs.

• Check the internal enclosure for loose or broken hardware such as fans, covers or fasteners.

• Inspect all wire terminations to ensure connections are tight.

• Inspect the enclosure for any signs of water leakage into the drive.

• NOTE!!! If the drive is to be used in an ESP application, make sure that the unit is connected to an output filter (either internal or an external).

• NOTE!!! Multi-pulse units require a properly sized and configured phase shift transformer.

3.1.2 Equipment Installation and Requirements

Equipment Placement

• The main power service should be located no closer than 100' (30m) from the wellhead.

• The drive should be placed at least 50' (15m) from the wellhead, to prevent exposure to hazardous and explosive gasses, and provide adequate access for well work over equipment.

• The drive should be placed on a flat level surface; a concrete pad is recommended but not required, The VSD should be fastened to the pad through the mounting holes in the enclosure legs. Only use mounting hardware designed for use with the pad material.

• A minimum of 6” of space should be maintained on all four sides of the drive. This will ensure correct airflow across cooling heat sinks and fan intakes, as well as provide easy access for servicing and cable entry.

Service Requirements

• Main service amperage is based on drive KVA and motor load calculations.

• A service disconnect is required between the service transformers and the drive. This should be sized to accommodate service amperage.

• Overhead service drops into disconnects or other equipment must be equipped with a mast mounted weather head to prevent rain from entering equipment.

Grounding and Bonding

DANGER Correct system grounding and equipment bonding is required to ensure proper operation of equipment during both normal operation and fault conditions. Grounding and bonding conductors provide a path to ground for lethal fault currents and voltages. Failure to correctly ground and bond equipment can lead to

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Ground resistance checks should only be made by qualified electrical inspection agencies.

• Bonding applies to all other electrical equipment and raceways. A bonding conductor must be connected from the main grounding electrodes to all enclosures, junction boxes, buildings, electrical pipes, and the wellhead.

• This equipment provides an internal ground connection for the bonding conductor. This connector is connected to the internal ground bus of the enclosure.

Figure 3.1 – Typical Drive Site (Line Power) Installation Grounding and Bonding Generator requirements

• Generator supplied power systems have the same requirements for grounding and bonding as utility supplied systems. Grounding electrodes must be installed and a common bonding conductor connected to all equipment and buildings.

• Use of generators on drives creates other possible operational problems that can be reduced with correct generator sizing and design. Generators must be designed to handle the sub-transient reactance present on VSD applications. When the generator system does not incorporate a wye-point for connection to the system ground, then an isolation transformer is required between the generator and input to the VSD. This provides some protection from floating voltages, and provides a wye-point for connection to the ground system.

• Failure to follow the above guidelines will result in poor performance and/or equipment failure.

• When a generator unit is used for drive input power, it is highly recommended to use a multi-pulse VSD (12 Pulse or higher) or the generator should be sized to at

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3.1.3 Electrical Connections

Main Circuit Terminal Configuration

• Input power is applied to the drive circuit breaker MCCB1 terminals L1, L2, L3 (and MCCB2 L11, L21, L31 terminals in 12 Pulse units).

• Refer to Figures 3.3 and 3.4 for reference

• Output power connections are made at the output power block terminals T1, T2, T3.

• Applicable wire sizes give in Table 3.2

VECTOR VII 6,12 Pulse Input Lug Sizes / Output Lug Sizes / Ground

Lug Sizes

Output Lug Size / Phase

Drive

Model Input Lug Size 6 Pulse / Phase

Input Lug size 12

Pulse / Phase _PWM _VSG Ground Lug Size

150 (1X) #4 - 350 MCM (1X) #6 - 3/0 (2X) #6 - 350MCM (2X) #6 - 250MCM #14 - 2/0 (1X) 25mm2 - 165mm2 (1X) 16mm2 - 95mm2 (2X) 16mm2 - 165mm2 16mm2 - 120mm2 2.5mm2 - 70mm2 253 (2X) 250MCM - 750MCM (1X) #4 - 350MCM (2X) #6 - 350MCM (2X) #6 - 250MCM #14 - 2/0 (2X) 120mm2 - 400mm2 (1X) 25 - 165mm2 (2X) 16mm2 - 165mm2 16mm2 - 120mm2 2.5mm2 - 70mm2 344 (2X) 2/0 - 600MCM (1X) 2/0 - 600 MCM (2X) #2 - 600MCM (2X) 1/0 - 750MCM #6 - 350MCM (2X) 70mm2 - 300mm2 (1X) 70mm2 - 300mm2 (2X) 35mm2 - 300mm2 (2X) 55mm2 - 400mm2 16mm2 - 165mm2 428 (2X) 2/0 - 600MCM (1X) 3/0 - 600MCM (2X) #2 - 600MCM (2X) 1/0 - 750MCM #6 - 350MCM (2X) 70mm2 - 300mm2 (1X) 95mm2 - 300mm2 (2X) 35mm2 - 300mm2 (2X) 55mm2 - 400mm2 16mm2 - 165mm2 561 (2X) 500MCM - 750MCM (1X) 250MCM - 750MCM (2X) #2 - 600MCM (2X) 1/0 - 750MCM #6 - 350MCM (2X) 240mm2 - 400mm2 (1X) 150mm2 - 400mm2 (2X) 35mm2 - 300mm2 (2X) 55mm2 - 400mm2 16mm2 - 165mm2

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VECTOR VII RECOMMENDED CABLE SIZE

Input Conductor 6 Pulse / Phase Input Conductor 12 Pulse / Phase Output Conductor / Phase

Drive

Model L1 L2 L3 Size* (AWG kcmil) L1 L2 L3 L11 L21 L31 Size* (AWG kcmil) T1 T2 T3 Size* (AWG kcmil)

Cable Temperature Rating and Type

Cable Temperature Rating and Type Cable Temperature Rating and

Type 60º C 75º C 60º C 75º C 60º C 75º C (140ºF) (167ºF) (140ºF) (167ºF) (140ºF) (167ºF)

TYPE TYPE TYPE TYPE TYPE TYPE

TW, RHW, TW, RHW, TW, RHW, UF THHW, UF THHW, UF THHW, THW, THW, THW, THWN, THWN, THWN, XHHW, XHHW XHHW USE, ZW

Input Rating = 180 Amps Input Rating = 180 Amps Output Rating = 180 Amps

150 300mcm 3/0awg 2awg 3awg (2X) 1awg (2X) 2awg

150mm² 95mm² 35mm² 30mm² (2X) 50mm² (2X) 35mm²

(2X) 3/0mcm (2X) 2/0awg 3/0awg 2/0awg (2X) 3/0awg (2X) 2/0awg

253

(2X) 95mm² (2X) 70mm² 95mm² 70mm² (2X) 95mm² (2X) 70mm²

(2X) 300mcm (2X) 4/0awg 300mcm 4/0awg (2X) 300mcm (2X) 4/0awg

344

(2X) 150mm² (2X) 120mm² 150 mm² 120mm² (2X) 150mm² (2X) 120mm² Input Rating = 515 Amps Input Rating = 515 Amps Output Rating = 515 Amps

(2X) 400mcm (2X) 350mcm 400MCM 350MCM (2X) 400mcm (2X) 350mcm 428 (2X) 240mm² (2X) 165mm² 240 mm² 165 mm² (2X) 240mm² (2X) 165mm² Input Rating = 675 Amps Input Rating = 675 Amps Output Rating = 675 Amps

(2x) 600mcm (2X) 500mcm 600mcm 500mcm (2x) 600mcm (2X) 500mcm 561 300 mm² (2X) 240mm² 300 mm² 240mm² 300 mm² (2X) 240mm²

Table 3.2 Recommended Cable Sizes

* Copper conductors, not more than 3 insulated conductors rated 0-2000 volts in raceway or cable. Ambient temperature of 30ºC (86ºF).

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Figure 3.3 – 6 Pulse Main Circuit Terminal Configuration

Figure 3.4 – 12 Pulse Main Circuit Terminal Configuration

3.2 Hardware Connections

3.2.1 Control Terminals

Identifying Control Terminals

Digital and Analog I/O are supported through the control terminals. The Control Terminals (located on the Terminal Card) are mounted on the lower section of the drive chassis. The picture below shows the control terminals.

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Figure 3.5 Control Terminal Wire Sizes

Terminal Possible Wire Sizes AWG (1 Amp Max) Recommended Wire Size AWG ALL ( Except E(G) ) Stranded wire: 26 - 16 18

E(G) 20 - 14 14

Terminal Designations:

Refer to Figure 3.6 and 3.7 for control terminal and HMI terminal diagram. Digital Inputs

Terminal Signal Description Signal Level

S1 Remote Run Forward Run when CLOSED, stopped when OPEN 24VDC, 8mA

S2 Not Used - -

S3 External Fault 1 Fault When OPEN (Programmable) 24VDC, 8mA S4 External Fault 2 Fault When OPEN (Programmable) 24VDC, 8mA S5 Standby Standby when OPEN (Programmable) 24VDC, 8mA

S6 Spare Programmable 24VDC, 8mA

S7 Breaker 2 Fault Fault When OPEN (Programmable) 24VDC, 8mA

SN Signal Common - -

SC Seq Common Must be tied to SP -

SP Signal Power Digital input supply +24 VDC, -

Analog Inputs

+V +15VDC Output +15VDC for analog Inputs or Transmitters 20 mA Max A1 Analog In 1 Analog Input or Speed Command 0-10VDC A2 Analog In 2 Multi Function Analog Input 4/20mA, 0-10VDC

AC Analog Common - -

E(G) Shield Wire Optional Ground Line Connection Point -

Digital Outputs

Output Contact Ratings – 1Amp Max at 250VAC

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Analog Outputs

FM Multi-Function Analog Output

Programmable - Output Frequency Default 0-10 VDC, 2mA Max

AC Analog common - -

AM Multi-Function Analog Output

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+V A1 A2 AC +15 VDC Analog Input 1 0-10 Vdc Analog Input 2 0-10 Vdc or 4-20 mA Analog Inputs FM AM AC Frequency Output 0-10 VDC Current Output 0-10 VDC Analog Common Analog Outputs EG R+ R-S+ S-IG 1 9 9 1 8 3 9 1 1 9 COM5 COM4 COM3 COM2 COM1

HMI

RTU/SSU RESERVED MODBUS SLAVE RESERVED/DEBUG 1 2 +5V GND

EXTERNAL USB PORT S+

S-* 12 Pulse Drives Only

Analog Common [CJ] Digital Inputs S1 S2 S3 S4 S5 S6 S7 SN SC SP Remote Run Not Used External Fault 1 External Fault 2 Lease Kill Spare Breaker 2 Fault Signal Common +24 VDC MA MB MC M1 M2 M3 M4 Digital Outputs Drive Fault Remote\Auto Drive Running SEQ Common [CK] DIP Switch S1 S1-1 – RS485/422 Terminating resistance OFF – No Termination Resistance ON – Termination Resistance of 110 Ohms Default - OFF

OFF – 0-10 Vdc ON – 4-20 mA Default – ON (4-20 mA)

S1-2 – Analog Input A2 Setup

OFF ON 1 2 EG EG 3 1 CN88 [PK] [PJ] To fan Relay

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+V A1 A2 AC +15 VDC Analog Input 1 0-10 Vdc Analog Input 2 0-10 Vdc or 4-20 mA

Analog Inputs

FM AM AC Frequency Output 0-10 VDC Current Output 0-10 VDC Analog Common

Analog Outputs

EG R+ R-S+ S-IG

* 12 Pulse Drives Only

Analog Common [CJ]

Digital Inputs

S1 S2 S3 S4 S5 S6 S7 SN SC SP Remote Run Not Used External Fault 1 External Fault 2 Lease Kill Spare Breaker 2 Fault Signal Common +24 VDC MA MB MC M1 M2 M3 M4

Digital Outputs

Drive Fault Remote\Auto Drive Running SEQ Common [CK] DIP Switch S1 S1-1 – RS485/422 Terminating resistance OFF – No Termination Resistance ON – Termination Resistance of 110 Ohms Default - OFF

OFF – 0-10 Vdc ON – 4-20 mA Default – ON (4-20 mA)

S1-2 – Analog Input A2 Setup

OFF ON 1 2 EG EG 3 1 CN88 [PK] [PJ] To fan Relay New HMI 1 2 3 4 J14 Comm 4 S-S+

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3.2.2 External Stop Switches

The drive supports up to two external stop switches. When a stop switch is activated, an external fault occurs and the drive stops.

Connecting an External Stop Switch 1:

1. Wire a stop switch between S3 and SN.

2. Enable External Fault 1 on the Misc Setup screen as Normally Open (N.O.) or Normally Closed (N.C.).

Connecting an External Stop Switch 2:

1. Wire a stop switch between S4 and SN.

2. Enable External Fault 2 on the Misc Setup screen as Normally Open (N.O.) or Normally Closed (N.C.).

3.2.3 Standby Switch Input

The drive supports a normally closed external switch that will stop the drive when the switch opens. This can be used to stop the drive in a tank full or lease kill situation. If the Standby switch opens when the drive is running, the drive stops and enters the STANDBY state. An event is created but no fault occurs. The drive will immediately restart when the switch is closed again.

Connecting the Standby Relay:

1. Wire the normally closed terminals of the standby relay between S5 and

SN.

2. Enable the Standby Switch parameter on the Misc Setup screen.

3.2.4 Event Switch

The drive supports a switch that logs events when the switch changes states. No fault occurs and the drive does not stop.

Connecting the drive to an event switch.

1. Wire the switch to be monitored between S6 and SN.

3.2.5 Remote Run and Reference

The drive supports a 2-wire external run interface along with an analog signal for drive speed control.

DANGER When operating in 2-wire mode the drive may start automatically upon power up of the unit. Ensure that the Remote Run input is OPEN before powering up a drive set up in 2-wire mode

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Figure 3.8 – Remote Run Operation

3.3 Startup Checks

DANGER The following steps require that the system be energized. Only qualified personnel should perform the following procedures.

3.3.1 Pre Power-Up

• Remove and lock-out incoming power out before connecting the drive.

• Ensure that the drive is properly grounded.

• Do a complete visual inspection, checking for loose or broken wires.

• Make sure all internal and external fans are free to turn.

• Perform Main Circuit testing procedure outlined in Section 9.1.

• Connect the service power to the main input circuit breaker of the drive (L1, L2, L3 on 6 Pulse drives (and L11, L21, L31 on 12 Pulse drives)). !!!! Note connecting the input power

to the output of the drive can cause severe damage to the drive.

• Ensure that the output of the drive is disconnected (T1, T2, T3). Ensure that main drive circuit breaker(s) switch is in the “Off” position and all remote start signals that may be present are defeated.

• Turn power on at the service disconnect and measure incoming voltage. Check the voltage phase to phase and phase to ground and ensure that the voltages are in range before closing drive’s circuit breaker. The phase to phase voltage should be 480VAC +/-10% and the phase to ground should be approximately 277VAC +/-+/-10%.

3.3.2 Pre Run Checks

DANGER The following steps require that the system be energized. Only qualified personnel should perform the following procedures.

Drive Power Up

• Energize main input circuit breaker(s) and verify that the HMI powers up with no fault conditions present.

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commissioning the drive. This should always be done when a drive has been used on a previous application. See Section 4.29 “Set All Parameters To Factory Defaults”.

• Proceed with no-load checks No-Load Checks

No load checks should be performed to ensure proper operation of the drive before

connecting the output of the drive to its load (Step-up Transformer or Motor). Proceed with the following steps.

• Make sure that the drive output connections are disconnected. If they are not, ensure that the incoming power is locked out. Wait at least five minutes after removing power and measure the DC bus voltage to confirm safe level of voltage using volt meter set to read DC volts with the black lead connected to (-) and the red lead connected to (+3). Disconnect the drive output connections.

• From the Run Status screen, use the Setp soft key and the down arrow key to adjust the frequency reference to the minimum frequency.

• Navigate to the Underload Setup screen and set the Underload Current to 0.

• Set parameter L8-07 in the linear list to 0 (disabled), this will avoid nuisance LF – Missing Output Phase Faults.

• Press the Start button.

• Navigate to the Run Status screen. Check the output voltage. Use the Setp soft key and the up arrow key to adjust the frequency reference to the maximum frequency. Check the output voltage. Output voltage should be equal to the incoming voltage at maximum frequency and approximately half of that value at minimum frequency (depending on setup of Voltage/Frequency).

• Press the Stop button.

• Set parameter L8-07 in the linear list back to 1 (enabled).

• De-energize the main input circuit breaker and verify the HMI is no longer powered up.

• Wait at least five minutes after removing power and measure the DC bus voltage between the +3 and – terminals to confirm safe voltage level.

• Lock-out incoming power.

• Re-connect the motor or Transformer leads to output terminal block T1, T2, T3. Make sure that the drive output connections are tightly connected before continuing to next step.

3.3.3 Drive Start Up

Once the drive has been set up and checked without the load connected, the drive is ready for startup. Proceed with the following steps.

• Navigate to the Underload Setup screen and set the Underload Current to the desired value.

• From the Run Status screen, use the Setp soft key and the up / down arrow keys to set the frequency reference to the desired operating frequency.

• Press the Start button on the HMI.

• With the drive running, check the output voltage and output current to ensure that they are within the limits of the given application.

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3.4 Keypad Conventions

START STOP F5 F4 F3 F2 F1 USB Port

©

START STOP F5 F4 F3 F2 F1 USB Port

©

196783

Figure 3.9 –Old Blue Box HMI Keypad

Figure 3.10 –New HMI Keypad

3.4.1 Soft keys

The 5 soft keys are located just below the LCD display and are labeled F1 through F5. The function of a soft key is defined by the label in the rectangle on the LCD display just above the key. The function of a soft key varies with the active screen.

3.4.2 Arrow Keys

The arrow keys are screen dependent but the following rules apply… Left and Right Arrows:

• If a graph or a chart is displayed, re-draws the chart using older (left arrow) or newer (right arrow) data.

• In the Linear List, displays the previous (left arrow) or next (right arrow) set of Linear List parameters.

• In the Enter Password and Date / Time screens, selects the field to the left (left arrow) or the right (right arrow) of the currently selected field.

Up and Down Arrows:

• In the Run Status screen with the Setp soft key active, the up and down arrows adjust the set point up (up arrow) and down (down arrow). The set point applies in the Current Control, Pressure Control, and Frequency Control modes.

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• In the Numeric Parameter Entry screen, the Password Entry screen, and the Date / Time Entry screen adjusts the selected (highlighted) value up (up arrow) or down (down arrow).

3.4.3 Start / Stop

The Start and Stop buttons work from all screens. Start will only start the drive if it is in the Ready state. Stop has priority over any other key.

3.4.4 Status Indicator Screen Old HMI

The screen will change to display drive state information that can be seen from a distance whenever the keypad is inactive for 5 minutes. Pressing any key will return the user interface to its normal state. NOTE: Pressing the Stop key at any time – whether the screen is in the normal or status indication mode – will stop the drive!

Drive status indicators are as follows:

• Flashing Red Drive stopped in Fault state.

• Red Drive stopped in Ready state.

• Amber Drive stopped in Restart state. Drive will automatically restart – but the time to restart is greater than 1 minute.

• Flashing Amber Drive stopped in Restart or Standby state. Drive will automatically restart. If in Restart state, the drive will restart in less than 1 minute. If in Standby state, the drive will restart immediately whenever the standby switch closes.

• Green Drive running.

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3.4.5 Status Indicator Screen New HMI

There are three high intensity LED’s located just above the screen. These correspond with the following indications as the Old HMI screens.

LED Indicators Drive State

Stop (Red) Fault (Amber) Run (Green)

Fault On On Off

Ready On Off Off

Restart (more than 1 minute) On Flash Off

Restart (less than 1 minute) Standby

Flash Flash Off

Running Off Off On

Running in Alarm Off Flash On

3.5 Configuration

3.5.1 Drive Mode

Note: Refer to Section 3.3.1 for locations of control terminal block connections.

1. From the Run Status screen, select the Menu soft key and then select Log In. Enter the password and select the OK soft key. (refer to Section 4.3 and 4.4 for log in information) 2. Select the Operating Mode screen and select the OK soft key.

3. Select the Drive Mode parameter and press the Edit soft key. 4. Select the desired Drive Mode.

i. Frequency Control – Drive output frequency matches Frequency Setpoint. ii. Analog Follower – Drive speed follows the value of the analog signal (0 – 10V)

connected to terminal block connection A1. Note that this mode requires additional wiring.

1. Wire the analog input signal (0 – 10V) to A1 and common to AC iii. Current Control – In this mode the drive frequency is adjusted to maintain a

desired output current. This mode is often used with “gassy” wells. As the pump encounters gas pockets, the drive current decreases. The drive speeds up and the gas bubbles are cleared from the system.

iv. Pressure Control – In this mode the drive frequency is adjusted to maintain a desired intake or exhaust pressure. Note: This mode requires additional wiring.

1. Wire the pressure sensor signal (0 – 10V, 4 – 20mA) to A2 and common to AC.

5. Press the OK soft key to accept the change.

Note: The user interface displays the Select screen if the drive mode has been changed. 6. Select the Operating Mode screen and press the OK soft key.

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3.5.2 Frequency Behavior

1. From the Run Status screen, select the Menu soft key. If the “Not Logged In” Select screen appears, then select Log In, enter the password, and select the OK soft key.

2. Select the Frequency Setup screen and select the OK soft key. 3. Select and modify the frequency parameters as desired.

3.5.3 Alarms and Restarts

1. From the Run Status screen, select the Menu soft key. If the “Not Logged In” Select screen appears, then select Log In, enter the password, and select the OK soft key. 3. Select the Alarms Setup screen and select the OK soft key.

4. Select and modify the alarms and restart parameters as desired. 5. Select the Menu soft key and then select the Underload Setup screen. 6. Select and modify the Underload parameters as desired.

3.5.4 Motor Direction

From the Run Status screen, select the Menu soft key. If the “Not Logged In” Select screen appears, then select Log In, enter the password, and select the OK soft key.

Select the Frequency Setup screen and select the OK soft key.

Select the Motor Direction parameter and modify as desired. Note that motor direction changes CAN be implemented without stopping the drive. Set the direction as desired. Once the change has been made, press the Start button. Drive will perform a controlled frequency ramp through 0 Hz to the setpoint frequency in the specified motor direction.

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4

Screen Descriptions

4.1 Run Status

Function:

The Run Status screen is the default screen when the drive is powered up. It displays all data needed to assess the up-to-date state of the drive.

Field Descriptions:

Screen Name: “Run Status”. This field is the name of the displayed screen.

Drive State: “Ready”. This field displays the up-to-date state of the drive. Possible values include Not Ready, Ready, Accelerating, Decelerating, Running, Ready – Rem(ote), Start – Rem(ote), Run – Remote, Stop – Rem(ote), Forced Stop, Fault, Restart (or RST – time to restart), DRIVE OFF, Standby, Standby – Remote.

Drive Serial Number: Serial number of the drive.

Drive Mode: “Frequency Control”. Designates the control mode of the drive. The mode can be changed in the “Operating Mode” screen.

Date / Time: Date and time (mm/dd/yyyy hh:mm:ss)

Frequency Setpoint: “65.00 Hz”. The up-to-date frequency setpoint. This field will not be present in some drive control modes.

Output Current: “0.0 A”. The up-to-date drive output current.

Output Frequency: “0.00 Hz”. The up-to-date frequency being emitted by the drive. Output Voltage: “0.0 V”. The up-to-date voltage being emitted by the drive.

Motor Direction Indicator: If the motor is running forward (or set to run forward if drive is currently stopped), the direction indicator will show a clockwise semi-circle arrow with an “F” adornment. If the drive is running in reverse (or set to run in reverse if the drive is currently stopped), the direction indicator will show a counter-clockwise semi-circle arrow with an “R” adornment.

User Selected Parameters: “Intake Press, Intake Temp, Motor Temp, Discharge Press, Analog A1”. Up to 5 user selected parameters may be displayed on the run status screen. See the Setup screen for selecting these parameters.

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Graph: “Output Frequency”. Graph displaying 24 hours of graphical data. Graphed parameters include Output Current, Output Voltage, Output Frequency, Analog A1, Analog A2, Intake Pressure, Intake Temperature, and Motor Temperature. Please note that the last 3 parameters require a SmartGuard downhole tool. Note that red lines in the graph denote data values that are interpolated between actual data values (usually indicates that the drive was powered off).

Keypad Functions:

F1: “Graph”. Used to select the parameter to be shown on the graph.

F2: “Setp”. Used to activate the setpoint change mode. When activated, the Setp button is displayed in black with white text and the up and down arrows can be used to modify the setpoint. Note that the setpoint field is also highlighted when setpoint change mode is activated. Setpoint change mode is automatically cancelled after 45 seconds or can be deactivated by pressing F2 a second time.

F3: “Scale”. Modifies the scale of the graph. Scale values cycle 1x, 2x, 4x, 8x, 16x. F4: “Events”. Activates the Events screen to display the 256 most recent events. F5: “Menu”. Activates the menu allowing other screens to be accessed.

Up Arrow: Increases the setpoint in the Current Control, Pressure Control, and Frequency Control modes (when setpoint change mode is active).

Down Arrow: Decreases the setpoint in the Current Control, Pressure Control, and Frequency Control modes (when setpoint change mode is active).

Left Arrow: If graph scale is 1x, draws the graph for the previous day. If graph scale is > 1x, allows scrolling through the scaled graph data.

Right Arrow: If graph scale is 1x, draws the graph for the next day. If graph scale is > 1x, allows scrolling through the scaled graph data.

START: Starts the drive if it is in the Ready state. STOP: Stops the drive.

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4.2 Event Log

Function:

The Event Log screen displays the last 256 time-stamped events, included drive starts and stops, faults, and parameter changes.

Field Descriptions:

Screen Name: “Event Log”. This field is the name of the displayed screen.

Drive State: “Ready”. This field displays the up-to-date state of the drive. See list of possible values on the Run Status screen description.

Time-stamped Events: List of the last 256 events.

Keypad Functions:

F1: “Prev”. View older events. F2: “Next”. View newer events. F3: Not used.

F4: Not used.

F5: “Status”. Return to the Run Status Screen. Up Arrow: Not used.

Down Arrow: Not used. Left Arrow: Not used. Right Arrow: Not used.

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4.3 Select Screen (Not logged in)

Function:

The Select Screen allows the user to select and display a different screen. The “not logged in” version of the select screen prevents non-privileged users from accessing most setup

parameters.

Field Descriptions:

Screen Name: “Select Screen”. This field is the name of the displayed screen.

List of screens that can be selected.

Keypad Functions:

F1: Unlabeled. Activate the Keypad Test screen. F2: Not used.

F3: Startup. Activate the Startup Control. Use this screen to enable or disable the drive and to enable or disable automatic restarts.

F4: Not used.

F5: “OK”. Proceed to the highlighted screen. Note that the Run Status screen is always highlighted by default when the Select Screen is drawn.

Up Arrow: Move selection up the list. Down Arrow: Move selection down the list. Left Arrow: Not used.

Right Arrow: Not used.

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4.4 Enter Password

Function:

The Enter Password screen allows the user to log in. Once logged in, the user has access to all screens and setup parameters.

Field Descriptions:

Screen Name: “Enter Password Screen”. This field is the name of the displayed screen. Password digits to edit.

Keypad Functions:

F1: “OK”. Accept the entered password. If the password is correct, the Select Screen (Logged in) will be drawn.

F2: “CANCEL”. Return to the Select Screen. F3: Not used.

F4: Not used. F5: Not used.

Up Arrow: Increment the highlighted password digit. Down Arrow: Decrement the highlighted password digit.

Left Arrow: Select the digit to the left of the currently selected digit. Right Arrow: Select the digit to the right of the currently selected digit. START: Starts the drive if it is in the Ready state.

STOP: Stops the drive.

Note that the default password on the drive is 3333. However, the password can be changed in the Misc. Setup screen.

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4.5 Select Screen (Logged in)

Function:

The Select Screen allows the user to select and display a different screen. The “Logged in” version of the select screen provides access to all screens and setup parameters.

Field Descriptions:

Screen Name: “Select Screen”. This field is the name of the displayed screen.

Drive State: “Running”. This field displays the up-to-date state of the drive. See list of possible values on the Run Status screen description.

List of screens that can be selected.

Use the following screens to configure the drive:

• Operating Mode • Alarms Setup • Underload Setup • Start Control • Frequency Setup • Analog 1 Setup • Analog 2 Setup • Misc Setup • Comm Setup • Hard Starting • Maintenance

The setup screens are listed together in the right column on this screen. Note: Screens in the left column tend to be informational.

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Keypad Functions:

F1: Unlabeled. Activate the Keypad Test screen. F2: Not used.

F3: Startup. Activate the Startup Control. Use this screen to enable or disable the drive and to enable or disable automatic restarts.

F4: Not used.

F5: “OK”. Proceed to the highlighted screen. Note that the Run Status screen is always highlighted by default when the Select Screen is drawn.

Up Arrow: Move selection up the list. Note that at the top of the list the selection will move to the bottom of the list.

Down Arrow: Move selection down the list. Note that at the bottom of the list the selection will move to the top of the list.

Left Arrow: Move selection to the left column. Right Arrow: Move selection to the right column. START: Starts the drive if it is in the Ready state. STOP: Stops the drive.

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4.6 Fault Status

Function:

The Fault Status screen allows the user to determine the state of all drive faults. Note that this screen can be chosen from the Select Screen and is automatically entered when a fault is detected.

Field Descriptions:

Screen Name: “Fault Status”. This field is the name of the displayed screen.

Any active fault or feature that is not in its OK state is displayed.

Keypad Functions:

F1: Not used. F2: Not used. F3: Not used. F4: Not used.

F5: “Menu”. Return to the Select Screen. Up Arrow: Not used.

START: Starts the drive if it is in the Ready state.

STOP: Stops the drive if running. If in the fault state, pressing STOP will attempt to clear the faults.

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4.7 Amp Chart

Function:

The Amp Chart screen displays 1 or 7 day’s worth of current data in the familiar circular format. Current data is taken every 10 seconds. The current log is sized to hold 7 days of current data.

Field Descriptions:

Screen Name: “Amp Chart”. This field is the name of the displayed screen.

Outer Ring: “1 A”. Displays the current associated with the outer circle of the amp chart.

Resolution: “0.1 A”. Displays the current resolution (current difference between adjacent lines) of the amp chart.

Date: “12/01/2008”. The day associated with the amp chart. On a 7 day amp chart the date displayed is for the newest displayed data.

Output Current: “0.2 A”. Displays the up-to-date drive output current.

Keypad Functions:

F1: “Today”. Draws the amp chart associated with today’s date. F2: Not used.

F3: “1/7 Day. Toggles the amp chart between a 1 day and a 7 day scale. F4: Not used.

F5: “Menu”. Return to the Select Screen. Up Arrow: Not used.

Down Arrow: Not used.

Left Arrow: Draw the amp chart associated with the preceding day. Right Arrow: Draw the amp chart associated with the following day. START: Starts the drive if it is in the Ready state.

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4.8 Function:

The Trending screen displays graphs containing 5 days worth of data. Graph data is taken from the Data log and is sized to hold 35 days worth of data (with data taken every 5 minutes).

Field Descriptions:

Screen Name: “Trending”. This field is the name of the displayed screen.

Graph: “Output Frequency (Hz)”. Graph displaying 5 days of graphical data. Graphed parameters include Output Current, Output Voltage, Output Frequency, Analog A1, Analog A2, Intake Pressure, Intake Temperature, and Motor Temperature. Please note that the last 3 parameters require a SmartGuard downhole tool. Note that red lines in the graph denote data values that are interpolated between actual data values.

Statistics: “Min Value, Max Value, Average, RMS”. Values calculated from the 5 days of data from the data log.

Keypad Functions:

F1: “Graph”. Used to select the parameter to be shown on the graph. F2: Not used.

F3: “Scale”. Modifies the scale of the graph. Scale values cycle 1x, 2x, 4x, 8x, 16x. F4: Not used.

F5: “Menu”. Activates the menu allowing other screens to be accessed. Up Arrow: Not used.

Down Arrow: Not used.

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4.9 History Screen

Function:

The History screen displays logged performance data.

Field Descriptions:

Screen Name: “History Screen”. This field is the name of the displayed screen.

Time-stamped History Entries: The data log is circular log sized to store the last 35 days of data. Data is captured every 5 minutes.

Keypad Functions:

F1: “Prev”. View older logged data. F2: “Next”. View newer logged data.

F3: “Set”. View a different set of data. Currently there are 4 sets of data. The first set is shown. The other sets include more drive parameters and parameters retrieved from a SmartGuard downhole tool.

F4: “Save”. Save the Data Log, the Event Log, the Current Data (used for the Amp Chart), and the drive configuration to a USB Flash drive. This device must be placed in the drive’s USB port for 10 seconds prior to activating the function. All files saved will be saved with the drive’s programmed serial number and the date the data was retrieved.

F5: “Menu”. Return to the Select screen. Up Arrow: Not used.

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4.10 Setup Screen

Function:

The Setup screen allows any user (no login required) to modify the parameters on this screen.

Field Descriptions:

Screen Name: “Setup”. This field is the name of the displayed screen.

Language: Allows the user to change between English and Spanish

Date Format: Allows the user to choose between mm/dd/yyyy (default), dd/mm/yyyy, and dd-Mmm-yyyy (01-Jan-2010) as the format the date will be displayed.

Local/Remote: Parameter that determines if control of the drive (Start / Stop and Frequency Reference) is under control of the drive user interface or a remote 2-wire host.

Control Location: Gives the user the ability to control the drive from Keypad, SCADA or both. Drive Output: Set to “Disabled” to inhibit the drives response to all start commands.

User Selected 1 – 5: The parameters selected in these fields are displayed on the Run Status screen.

Parameter Description: “Local Control / Remote Control…” Provides user with information concerning the selected (highlighted) parameter.

General Help: “Use Up and Down arrows…” General help information on how to use this screen. Note that some parameters may not be changed when the drive is running. The General Help will state that the drive must be stopped when such a parameter is selected and the drive is running.

Note: Any parameter that is different from its default value is denoted by an asterisk (*) to the right of its value.

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Keypad Functions:

F1: “Edit”. Edit the selected (highlighted) parameter. F2: Not used.

F3: Not used. F4: Not used.

F5: “Menu”. Return to the Select screen.

Up Arrow: Select (highlight) the parameter above the currently selected parameter (wraps at top back to bottom of list).

Down Arrow: Select (highlight) the parameter below the currently selected parameter (wraps at bottom back to top of list.

Left Arrow: Not used. Right Arrow: Not used.

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4.11 SmartGuard

®

j

Function:

The SmartGuard screen reports the current state of the SmartGuard interface.

Field Descriptions:

Screen Name: “SmartGuard”. This field is the name of the displayed screen.

SmartGuard Data: Displays the state of the SmartGuard data: Disabled - Interface disabled

SG Fault Relay: Displays the state of the SmartGuard fault relay. OK - Data is valid, Bad - SmartGuard unit is reporting loss of sync.

When the data state is disabled or bad, all SmartGuard readings are set to 0.

SmartGuard Comms: Displays the communication efficiency of the communications link with the SmartGuard. 100% indicates all messages to the SmartGuard are successful.

SmartGuard Sensor Values – Intake Press, Intake Temp, Motor Temp, Discharge Pressure, Vibration, Leakage Current, Uphole Voltage, and SG Duty Cycle are displayed in their appropriate units

SmartGuard State: Displays the value of the SmartGuard fault detection state machine. Values include Initializing, OK, Fault, and Restart. Note that this parameter stays in the Init state if the SmartGuard interface is disabled.

Keypad Functions:

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4.12 Drive I/O

Function:

The Drive I/O screen allows the operator to easily determine the state of all the drive I/O.

Field Descriptions:

Screen Name: “Drive I/O”. This field is the name of the displayed screen.

S1 – S8: Drive digital inputs. Note: S8 is not available. These values will be 0 or 1 if the input is not used or if its function is disabled. If the function associated with the input is enabled (i.e. external fault 1, standby, and Breaker 2 detection features are enabled on the Misc Setup screen), more descriptive text will be displayed (OK, FAULT, RUN, STANDBY).

M1-M2, M3-M4: Drive digital outputs.

Analog 1, Analog 2: Drive analog inputs. The values are scaled as programmed in the Analog 1 Setup and Analog 2 Setup screens.

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Keypad Functions:

F5: “Menu”. Return to the Select screen. Up Arrow: Not used.

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4.13 Last Fault

Function:

The Last Fault screen allows the operator the ability to easily view the drive condition when the last fault occurred.

Field Descriptions:

Screen Name: “Last Fault”. This field is the name of the displayed screen.

Parameter Values: Values of key parameters when the drive last faulted. Selecting the fault code parameter will bring up a window that explains the fault code. Selecting a bitmap parameter (one displayed in hexadecimal format) will bring up a window that describes the meaning of all set bits.

General Help: “Press Menu soft key…” General help information on how to use this screen.

Keypad Functions:

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4.14 All Monitors

Function:

The All Monitors screen displays a variety of parameters that may be useful for troubleshooting problems in the field.

Field Descriptions:

Screen Name: “All Monitors”. This field is the name of the displayed screen.

Drive Monitor Registers: Most of the parameters displayed are directly from the underlying drive. See table below for explanation of bitmapped (displayed in hexadecimal) registers. Drive Comms: Displays the quality of the communications with the drive over the last 30

seconds.

SmartGuard Comms: Displays the quality of the communications with the SmartGuard Surface Unit (always set to 100% if the SmartGuard is disabled in the Misc Setup screen).

Cabinet Temp: Displays internal drive temp from the power module heat sink with old HMI. With the new HMI, the temperature is taken from the new HMI.

UI S/W Rev: Displays the revision of the User Interface software.

O/S Build: Displays the date of the Windows CE operating system version installed on the HMI. General Help: “Press Menu soft key…” General help information on how to use this screen. Note: You may use the up and down arrow keys to select monitor values. Selecting the fault

code parameter will bring up a window that explains the fault code. Selecting a bitmap parameter (one displayed in hexadecimal format) will bring up a window that describes the meaning of all set bits.

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Drive Status

Bit 0 Denotes 1 Denotes

0 Drive Stopped Drive Running

1 Forward Operation Reverse Operation

2 Drive Startup in Progress Drive Startup Completed

3 No Fault Fault

4 No Data Setting Error Data Setting Error 5 Digital Output 1 is OFF Digital Output 1 is ON 6 Digital Output 2 is OFF Digital Output 2 is ON

7 – F Not Used Not Used

Fault Details

0 No Error Over current or Ground Fault Error

1 No Error Main Circuit Overvoltage

2 No Error Drive Overload

3 No Error Drive Overheat

4 Not Used Not Used

5 No Error Fuse Blown

6 No Error PI Feedback Reference Lost

7 No Error External Error

8 No Error Hardware Error

9 No Error Motor Overload or Overtorque

A No Error Underload Fault

B No Error Main Circuit Undervoltage

C No Error Main Circuit Undervoltage, Control Power

Supply Error, Inrush Prevention Circuit Error, or Power Loss

D No Error Missing Output Phase

E No Error ModBus Comm Error

F HMI Connected HMI Disconnected

Drive Fault Code

Current Fault exhibited by drive.

(There are a few codes that are not included in the Fault Details bitmapped list above.)

0 No Fault 25 DEV – Speed Deviation 1 PUF – DC Bus Fuse Open 26 OVL – Enhanced O-load 2 UV1 – DC Bus Undervolt 27 PF – Input Phase Loss 3 UV2 – Ctl PS Undervolt 28 LF – Output Phase Loss 4 UV3 – MC Answerback 29 OH3 – Motor Overheat 1 5 SC – Short Circuit 30 OPR – HMI Disconnect 6 GF – Ground Fault 31 ERR – EEPROM R/W Err 7 OC – Over current 32 OH4 – Motor Overheat 2 8 OV – DC Bus Overvolt 33 CE – Serial Com Err 9 OH – Heatsink Overtemp 34 BUS – Option Com Err 10 OH1 – Heatsink Max Temp 35 E-15 – SI-F/G Com Err 11 OL1 – Motor Overload 36 E-10 – SI-F/G CPU Down 12 OL2 – Inverter Overload 37 CF – Out of Control 13 OL3 – Overtorque 1 38 SVE – Zero Servo Fault

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Data Link Status

0 Not Writing Data Writing Data

1 – 2 Not Used Not Used

3 No Range Error Upper or Lower Limit Errors

4 No Integrity Error Data Integrity Error

Digital Inputs

0 Input 9 OFF Input 9 ON

7 - F Not Used Not Used

Drive Status 2

0 Drive Stopped Drive Running

1 Drive not at Zero Speed Drive at Zero Speed

2 Drive Freq does not match internal speed Drive Freq matches internal speed 3 Drive is not at Setpoint (accelerating) Drive is at Setpoint

4 Freq Detect 1 Not Active Freq Detect 1 Active 5 Freq Detect 2 Not Active Freq Detect 2 Active 6 Drive Startup in Progress Drive Startup Complete 7 No Low Voltage Detected Low Voltage Detected

8 Drive Output Baseblock is Not Active Drive Output Baseblock is Active 9 Freq Reference Mode is Communicating Freq Ref Mode is Not Communicating A Run Command Mode is Communicating Run Cmd Mode is Not Communicating B Overtorque is Not Detected Overtorque is Detected

C Frequency Reference OK Frequency Reference Lost 16 RH – DynBrk Resistor 41 LL3 – Loss of Load

17 EF3 – External Fault 1 42 UL4 – Undertorq Det 2 18 EF4 – External Fault 2 43 OL7 – HSB-OL 19 EF5 – Fault Not Enabled 44 ULF – Underload

20 EF6 – Fault Not Enabled 45 A1-HI – Terminal A1 High 21 EF7 – Breaker 2 Fault 46 A1-LO – Terminal A1 Low 22 EF8 – Fault Not Enabled 47 A2-HI – Terminal A2 High 23 FAN – Cooling Fan Error 48 A2-LO – Terminal A2 Low 24 OS – Overspeed Detect

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Digital Output Status

0 Digital Output 1 OFF Digital Output 1 ON 1 Digital Output 2 OFF Digital Output 2 ON

Communication Error

0 No Error CRC Error

1 No Error Invalid Data Length

2 Not Used Not Used

3 No Error Parity Error

4 No Error Overrun Error

5 No Error Framing Error

6 No Error Timeout

Keypad Functions:

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4.15 Run Info

Function:

Displays current running information

Field Descriptions:

Screen Name: “Run Info”. This field is the name of the displayed screen.

Keypad Functions:

F1: Not used. F2: Not used. F3: Not used. F4: Not used. F5: Menu

Up Arrow: Not used Down Arrow: Not used Left Arrow: Not used Right Arrow: Not used

Vector VII 104-561kVA User Manual 6.6.1

Vector

®

VII Variable Speed Drive

User’s Manual 104KVA – 561KVA

Wood Group ESP, Inc.

Wood Group ESP

Intended Use

General Specifications

Electrical Specifications:

Control Specifications:

Control I/O:

Environmental Specifications:

Table of Contents:

General Precautions

1

Quick Start Guide

2

I want to…..

2.1

Activate the normal drive screen

2.2

Activate the status indicator screen

2.3

Adjust the frequency setpoint

2.4

Clear the Fault state

2.5

Determine the current rating of this drive

2.6

Change one of the parameters in the Linear List

2.7

Save Data Log, Current Log, and Events files to USB Flash

disk

2.8

Set drive parameters to their factory default values

2.10

Fine tune the drive output voltage without stopping the drive

3

Installation and Setup

3.1

Site Installation

3.1.1

Equipment Inspection

3.1.2

Equipment Installation and Requirements

3.1.3

Electrical Connections

VECTOR VII 6,12 Pulse Input Lug Sizes / Output Lug Sizes / Ground

Lug Sizes

VECTOR VII RECOMMENDED CABLE SIZE

Table 3.2 Recommended Cable Sizes

3.2

Hardware Connections

3.2.1

Control Terminals

HMI

Analog Inputs

Analog Outputs

Digital Inputs

Digital Outputs

3.2.2

External Stop Switches

3.2.3

Standby Switch Input

1. Wire the normally closed terminals of the standby relay between S5 and

SN.

2. Enable the Standby Switch parameter on the Misc Setup screen.

3.2.4

Event Switch

1. Wire the switch to be monitored between S6 and SN.

3.2.5

Remote Run and Reference

3.3

Startup Checks

3.3.1

Pre Power-Up

3.3.2

Pre Run Checks

3.3.3