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VSD2H Variable Speed Drives Data Sheet TA201104 Issue 3, 08-Oct-2013

 

7

Data Sheet 

VSD2H

FirMwAre

Full details of the firmware are diven in the VSD2H Application 

Manual TE201103.

Quick Setup

On initial power up, the 

Startup wizard

 will prompt for:

Language

Daylight saving (Russia/US/EU/off)

Time, Day, Year

Run Startup Wizard (Y/N)

If yes:

Process (pump or fan)

Motor Nominal Speed (range 24 to 19200 rpm)

Motor Nominal Current (range depends on unit)

There are other mini-wizards that can be used for setting the 

following:

PiD: 

Three term control for motor or external device by 

way of I/O.

Pump and Fan cascade: 

Cascade control of several 

pumps or fans.

resonance Sweep

:  For  elimination  of  possible 

resonance points in the system.

The 

Quick Setup

 menu, mentioned above, enables access to 

the  parameters  most  commonly  used  during  installation  and 

commissioning including access to the Startup, PID, and Pump 

and Fan Cascade wizards

uninterruptible operation and energy Saving

over temperature ride-through:

 Automatically adjusts 

switching  frequency  and/or  speed  of  the  motor  to  adapt  to 

unusual increase in ambient. Benefit: Uninterruptible operation.

over temperatureride-through: 

Automatically adjusts 

switching  frequency  and/or  speed  of  the  motor  to  adapt  to 

unusual increase in ambient. Benefit: Uninterruptible operation.

rto –ramp time optimizer 

When  problematic  areas  are 

identified in acceleration or deceleration the drive automatically 

expands the times needed for this to avoid mechanical stress 

to  the  system.  Benefit:  Decreased  mechanical  stress  to  the 

system.

trip free output switching 

Ensures trip free operation 

when an output switch (e.g. safety switch) is operated between 

the  motor  and  the  VSD.  Truly  intelligent  and  highly  reliable 

function to ensure better functionality than with any other VSD. 

Benefit: Uninterruptible operation.

energy Saving function “Flux optimization”: 

Flux 

Optimization  automatically  minimizes  energy  consumption. 

Benefit: Even 5% increase in energy savings.

Configurable Auto reset function: 

Auto restart function can 

be configured to make VSD restart automatically once fault is 

addressed. Benefit: Uninterruptible operation.

VFD and Motor control

Single input control: 

Analog signal rising edge can be used to 

start the device without additional start signal to a digital input. 

Benefit: Cost and time savings.

Flying start: 

Ability to get an already spinning fan under speed 

control.  Benefits:  Improved  performance·.  Very  important  in 

clean room production.

Automatic torque boost function: 

Boosts  initial  voltage  to 

start  high  inertia  fans.  Benefit:  Avoids  tripping  and  enables 

smooth starts also to high inertia loads.

High Switching Frequency: 

The VSD2H is capable of 

providing  the  maximum  power  with  high  switching  frequency. 

Benefit: Low audible noise from the motor.

Prohibit frequency: 

Overriding  the  critical  frequencies  to 

avoid resonance. Can be set with the help of resonance sweep 

wizard. Benefit: Elimination of resonance.

Maintenance counters/alarms: 

The drive can be programmed 

to notify on upcoming maintenance for the system or the drive 

itself. Benefit: Reliability

temperature-controlled fans: 

Fan  stops  operating  when 

not  needed  Benefits:  Less  audible  noise  from  the  VSD  itself. 

Energy savings.

Advanced HVAc control

time based control: 

With the help of the real time clock and 

calendar functionality the drive can be programmed to perform 

functions based on time. Benefits: Cost savings. Flexibility.

inbuilt PiD controller: 

Normal and Inverse Regulation, Delta P 

regulation with 2 standard pressure transmitters, Feed forward 

control,  Less  wiring  since  sensor  normally  close  to  inverter. 

Benefit: Cost saving. Faster response to process closed loop.

Sleep Mode: 

Shutting  down  the  motor,  when  no  demand. 

Benefit: Energy savings.

Pressure loss compensation: 

For compensating e.g. wrongly 

placed sensor in the system. Benefit: Time  and cost saving.

Pump  Soft  fill: 

Feature  to  prevent  the  overpressures  when 

filling empty pipe work. Benefit: Longer lifetime of the system.

Fire override mode: 

Keeps fan/pump running in case of fire. 

Benefit: Legal requirement.

Pump and Fan cascade control with full auto-change: 

Controls total pumping system with several parallel pumps by 

equally sharing the load. Also the master pump can be included 

in auto-change loop. Benefits: Longer lifetime of the system.· 

Cost savings.

SoFtwAre

Windows based PC utility tools are available for making the use 

of the Trend VSD2H as easy and convenient as possible. The 

tools  facilitate  installation,  commissioning,  and  maintenance. 

The software is self-documenting from its integral help file. The 

minimum requirement for using the software is a PC and a USB 

to RS485 interface cable (e.g. ACC/VSD2H/USB-PC/CABLE, 

3 m), to be connected to the RS485 terminal behind the control 

panel. The software tools are available as a download from 

Partnernet.

Drive care Pc tool:

 The Drive Care tool is easy-to-use 

commissioning software for the control of the VSD2H. It enables 

the following:

Setting up parameters with the PC

Saving Settings to the PC

Creating commissioning documentation

Comparing paramters settings

Monitoring view with graphics

Diagnostics

Controlling the drive from the PC

This tool also includes the 

loader

 tool which enables the 

downloading of firmware or applications.

Note that the drive configuration can be loaded from one drive 

into the 

advanced commissioning keypad

  (ACC/VSD2H/

GRAPHIC DISPLAY), and downloaded into another drive.

 

Summary of Contents for VSD2H

Page 1: ...s multi pump cascade control Features 380 to 480 Vac 3 phase current rating range from 3 A to 310 A IP21 and IP54 models available optional Trend system network interfaces NXNI or NXIP application con...

Page 2: ...ving in installation costs switchgear is eliminated motor cables are reduced from 6 to 3 wires for larger drives power factor correction capacitors are not required size and cost of cabling and fuses...

Page 3: ...ctors identified by letters A B D E of the control board When the frequency converter is delivered from the factory the control unit includes the standard complement of two basic boards the Basic I O...

Page 4: ...on 4 AI2 Analogue input voltage or current DIP switch 3 selects V or mA Differential input if not connected to ground PID actual value 1 4 to 20 mA 5 AI2 Analogue input c2 ommon 6 24 Vout 24 V auxilia...

Page 5: ...to be mounted in the panel door connected to the VSD by a 2 m cable RS485 AO1 AI2 AI1 OFF ON Current RS485 fieldbus termination resistor Current Current Voltage Voltage Voltage Default positions are...

Page 6: ...e clock the drive fan keypad settings and fieldbus RS485 or Ethernet parameters User settings Language application parameter backup and restore to and from keypad Favourites advanced commissioning key...

Page 7: ...lso to high inertia loads High Switching Frequency The VSD2H is capable of providing the maximum power with high switching frequency Benefit Low audible noise from the motor Prohibit frequency Overrid...

Page 8: ...ed motor cables is recommended they should be routed as far away from other cables as possible and cross other cables at right angles The motor cable shield should be grounded at both the VSD2H drive...

Page 9: ...lt settings RJ45 USB Note that the NXNI interface connects the drive directly to the an IQ system current loop Lan and the NXIP connects the drive to an IQ system Lan on Ethernet They both enable the...

Page 10: ...Laninterface see NXNI data sheet NXIP NXvariablespeeddriveIQsystemLanonEthernetinterface see NXIP data sheet ACC VSD2H DOOR MOUNTING KIT Kit to mount keypad unit on door includes 2 m cable ACC VSD2H H...

Page 11: ...fications Electrical Supply voltage 380 to 480 Vac 10 3 phase Frequency 50 to 60 Hz 5 10 Connection to mains once per minute or less Starting delay 4 s MR4 to MR6 6 s MR7 to MR9 Motor voltage 0 to sup...

Page 12: ...logue output 1 output AO1 can be set to either voltage or current by DIP switch RL 500 ohm resolution 0 1 accuracy 2 Short circuit protected Voltage 0 2 to 10 V Current 0 4 to 20 mA The lower range 0...

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