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Pump Drive F600

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F600

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Pump Drive F600

Simple, reliable flow control

Applications involving the flow of water demand extreme reliability and low energy consumption. Control Techniques’ F600 drive, part of the newly introduced Specialist series of industry-specific drive technologies, builds on our company’s five decades of drives expertise, delivering precise, dependable flow control.

Everything you need is baked into the drive itself. The F600 packs all of the features you’ll need, presented using terminology you’ll understand. This isn’t a generic drive with pump features tacked on; it’s a dedicated, specialist pump drive, designed from the ground up to deliver the reliability and efficiency you need.

The perfect mix of application-specific features developed into a single solution  

Speaks your language
The F600 drive is tuned to suit your every need, optimised for minimal setup time yet sacrificing none of the flexibility. Whatever the challenge, our dedicated approach to clear parameter naming and structuring ensures we not only have the answers, but in a format you’ll understand.
Energy savings, unlocking the potential

On average, 85% of a pump’s life-cycle cost is attributed to its energy consumption, therefore, optimising the energy usage can mean a significant reduction in the total cost of ownership. The F600 drive thrives on delivering more efficient ways of operating your variable torque application. You’ll see the benefits in reduced running costs and lower energy requirements.

Total control
The F600 can also control the most efficient motors available, meeting IE5 efficiency levels, such as the Nidec Leroy Somer Dyneo+ hybrid permanent-magnet motor. With all of this combined, the F600 is your best choice to save you money every day.
Engineered for your application
The F600 Pump Drive offers a host of dedicated features including dry-run prevention, pipe fill, pump cleaning, over-cycling protection and level switch control. A range of different control modes covering single pumps and also different parallel pump configurations make Control Techniques’ F600 a truly versatile solution.
Free 5 year warranty
To share our confidence in the reliability of Control Techniques, drives in the F600 range are eligible for Control Techniques’ extended warranty, at no extra cost.
It is a testament to our exceptional track record for reliability, giving you total peace of mind that your investment is protected and your site will continue to run uninterrupted.
Warranty terms and conditions apply.

 

Unmatched total cost of ownership

With innovative protective features and extended equipment life

The F600 has comprehensive pump and motor protection features which minimise unplanned downtime, improving overall effectiveness and guaranteeing better value for money. Bring true resilience to your application and easily ride-through component failures.

Automatic Error Recovery

In the unlikely event of detecting an error with your pump, the F600 has the ability to dynamically recover and resume normal operation.

Limit Protection

If the feedback exceeds the limits defined for your application, the F600 has the ability to raise an alarm or stop the drive to protect your equipment and preserve its lifetime.

Transducer Loss Protection

In the event of losing connection to the transducer, the F600 can stop, continue to run at a fixed speed or ignore the fault depending on the application requirements.

Fire mode

Fire mode allows the drive to disable all trips and to continue to run uninterrupted during emergency events if the application requires.

Save on energy through a wide range of energy features

The F600 is 98% efficient, meaning very little energy is lost in power conversion.

Even more, the real savings potential gets unlocked by the F600’s built-in features that can further reduce energy consumption:

Low load savings 

The F600 helps maximise energy savings when demand is low. Activing Control Techniques’ leading-edge Low Load Power Saving function, the drive dynamically reduces the voltage applied to reduce losses in the motor and make the system more efficient.

Sleep mode

When demand falls below a specified set-point the drive will automatically enter sleep mode and restart itself once demand rises above the set-point. Not only does this greatly reduce the amount of energy consumed, it also saves on equipment wear to preserve its lifetime.

  

The F600 features optimised control for your flow applications

Pipe fill

Prevent spikes in pressure at start-up using a controlled ramp, to protect your piping system and the pump itself.

Dry-run prevention

Prevent the pump running dry by checking the load against a threshold; with flexible configurations to dynamically adjust output, set an alarm or stop the drive.

Over-cycling protection

Optimise drive, motor and pump sizing, and regulate pump wear by limiting the number of start-stops per hour. Flexible configurations allow to dynamically alter cycling reference limits, set an alarm or stop the drive when a limit is reached.

No-flow detection

Where there is no-flow or low-flow, the F600 drive can automatically enter sleep mode to save energy, based on the feedback of a pulsed flow transducer, or triggered by a flow switch, or detected by the software alone.

Cleaning

Live, continuous monitoring of the system is used to trigger an automatic drive-based cleansing cycle to clear the pump impeller and help avoid maintenance costs on cleaning pump blockages.

Level switch control

Level switches provide critical protection for tanks in the event of the level reaching a “high” switch, whereby the pump is stopped, or a “low” switch, whereby the pump is started, to ensure pumping within tank levels.

Pump Control Modes | Flexible support for every system

Single pump

Control Techniques’ Single Pump mode is an effective and versatile variable speed control solution for maintaining a constant set-point in a single pump configuration.

  • Fire mode allows the drive to disable all trips and to continue to run uninterrupted during emergency events if the application requires

Cascade

Cascade mode allows the F600 to operate with up to 4 assist pumps to aid the primary pump when required.

  • Energy usage is optimised whereby the assist pumps are only enabled when demand reaches sufficient levels.
  • Assist pumps are used alternately to apply uniform wear and increase pump availability.
  • Over-cycling protection for assist pumps to control the number of starts and stops per hour.

Multi-leader

Complete control of your application with up to 3 x F600 drives and maximum energy savings with these variable frequency drives running parallel.

  • The Multi-leader drive configuration provides redundancy and removes the need for a PLC
  • The “lead” drive is automatically cycled to apply uniform wear
  • If the “lead” drive loses its transducer, it can access the transducer feedback from another F600 in the system over Ethernet
  • Dynamic re-selection of “lead” pump if a pump is taken out of service or develops a fault

Pump Drive F600 ratings guide
200/240 Vac ±10%
Drive Normal Duty
Max
continuous
current (A)

Motor shaft
power (kW)

Motor shaft
power (hp) 
F600-03200066A10 6.6 1.1 1.5
F600-03200080A10 8 1.5 2
F600-03200110A10 11 2.2 3
F600-03200127A10 12.7 3 3
F600-04200180A10 18 4 5
F600-04200250A10 25 5.5 7.5
F600-05200300A10 30 7.5 10
F600-06200500A10 50 11 15
F600-06200580A10 58 15 20
F600-07200750A10 75 18.5 25
F600-07200940A10 94 22 30
F600-07201170A10 117 30 40
F600-08201490A10 149 37 50
F600-08201800A10 180 45 60
F600-09202160A10 216 55 75
F600-09202660A10 266 75 100
F600-09202160E10 216 55 75
F600-09202660E10 266 75 100
F600-10203250E10 325 90 125
F600-10203600E10 360 110 150

 

380/480 Vac ±10%
Drive Normal Duty
Max
continuous
current (A)
Motor shaft
power (kW)
Motor shaft
power (hp)
F600-03400034A10 3.4 1.1 1.5
F600-03400045A10 4.5 1.5 2
F600-03400062A10 6.2 2.2 3
F600-03400077A10 7.7 3 5
F600-03400104A10 10.4 4 5
F600-03400123A10 12.3 5.5  7.5
F600-04400185A10 18.5 7.5 10
F600-04400240A10 24 11 15
F600-05400300A10  30 15 20
F600-06400380A10 38 18.5 25
F600-06400480A10 48 22 30
F600-06400630A10 63 30 40
F600-07400790A10 79 37 50
F600-07400940A10 94 45 60
F600-07401120A10 112 55  75
F600-08401550A10 155 75 100
F600-08401840A10 184 90 125
F600-09402210A10 221 110 150
F600-09402660A10  266 132 200
F600-09402210E10 221 110 150
F600-09402660E10 266 132 200
F600-10403200E10 320 160 250
F600-10403610E10 361 200 300
F600-11404370E10 437 225 350
F600-11404870E10 487 250 400
F600-11405070E10 507 280 450

 

380/480 Vac ±10%
Drive Normal Duty
Max
continuous
current (A)
Motor shaft
power (kW) 
Motor shaft
power (hp)
F600-12404800TU0 608 315 500
F600-12405660TU0 660 355 550
F600-12406600TU0 755 400 650
F600-12407200TU0 865 500 700

 

500/575 Vac ±10%
Drive Normal Duty
Max
continuous
current (A)
Motor shaft
power (kW)
Motor shaft
power (hp)
F600-05500039A10 3.9 2.2 3
F600-05500061A10 6.1 4 5
F600-05500100A10 10 5.5 7.5
F600-06500120A10 12 7.5 10
F600-06500170A10 17 11 15
F600-06500220A10 22 15 20
F600-06500270A10 27 18.5 25
F600-06500340A10 34 22 30
F600-06500430A10 43 30 40
F600-07500530A10 53 37 50
F600-07500730A10 73 45 60
F600-08500860A10 86 55 75
F600-08501080A10 108 75 100
F600-09501250A10 125 90 125
F600-09501550A10 155 110 150
F600-09501250E10 125 90 125
F600-09501500E10 150 110 150
F600-10502000E10 200 130 200
F600-11502480E10 248 175 250
F600-11502880E10 288 225 300
F600-11503150E10 315 250 350

 

500/690 Vac ±10%
Drive Normal Duty
Max
continuous
current (A)
Motor shaft
power (kW)
Motor shaft
power (hp)
F600-07600230A10 23 18.5 25
F600-07600300A10 30 22 30
F600-07600360A10 36 30 40
F600-07600460A10 46 37 50
F600-07600520A10 52 45 60
F600-07600730A10 73 55 75
F600-08600860A10 86 75 100
F600-08601080A10 108  90 125
F600-09601250A10 125 110 150
F600-09601500A10 150 132 175
F600-09601250E10 125 110  150
F600-09601550E10 155 132 175
F600-10601720E10 172 160 200
F600-10601970E10 197 185 250
F600-11602250E10 225 200 250
F600-11602750E10 275 250 300
F600-11603050E10  305 280 400

 

Normal duty operation only

Suitable for pump applications, with a current overload requirement of 110% for 60 s*.

Conformance
  • IP20 / NEMA1 / UL TYPE 1 *UL open class as standard, additional kit needed to achieve Type 1
  • IP65 / NEMA4 / UL TYPE 12 rating is achieved on the rear of the drive when through panel mounted
  • *Frame size 9D, 9E, 10D and 10E achieve IP55 / NEMA 4 / UL Type 12
  • Ambient temperature -20 °C to 40 °C (-4 °F to 104 °F) as standard. Up to 55 °C (131 °F) with derating
  • Humidity 95 % maximum (non-condensing) at 40 °C (104 °F)
  • Altitude: 0 to 3000 m (9900 ft), derate 1 % per 100 m (330 ft) between 1000 m (3300 ft) and 3000 m (9900 ft)
  • Random Vibration Tested in accordance with IEC 60068-2-64
  • Bump Tested in accordance with IEC 60068-2-29
  • Sinusoidal Vibration Tested in accordance with IEC 60068-2-6
  • Mechanical Shock Tested in accordance with IEC 60068-2-29
  • Storage temperature -40 °C to 55 °C (-40 °F to 131 °F) or up to 70 °C (158 °F) for short-term storage
  • Electromagnetic Immunity complies with EN 61800-3 and EN 61000-6-2
  • With onboard EMC filter, emissions comply with EN 61800-3 (category C3)
  • EN 61000-6-3 and EN 61000-6-4 with optional footprint EMC filter
  • IEC 60146-1-1 Supply conditions (category C1 or C2 depending on rating)
  • IEC 61800-5-1 (Electrical Safety)
  • IEC 61131-2 I/O
  • EN 61000-3-12 with optional line reactor
  • UL 508C (Electrical Safety)

 

Dimensions
Frame size Dimensions    Weight
  mm (HxWxD) in (HxWxD) kg (lb)
3 382 x 83 x 200 15.0 x 3.3 x 7.9 4.5 (9.9)
4 391 x 124 x 200 15.4 x 4.9 x 7.9 6.5 (14.3)
5 391 x 143 x 200 15.4 x 5.6 x 7.6 7.4 (16.3)
6 391 x 210 x 227 15.4 x 8.3 x 8.9 14 (30.9)
7 557 x 270 x 280 21.9 x 10.6 x 11.0 28 (61.7)
8 803 x 310 x 290 31.6 x 12.2 x 11.4 50 (110.2)
9A 1108 x 310 x 290 43.6 x 12.2 x 11.4 66.5 (146.6)
9E/10E 1069 x 310 x 290 42.1 x 12.2 x 11.4 46 (101.4)
9D/10D

Rectifier
355 x 310 x 290
---------------------
Inverter
773 x 310 x 290

Rectifier
15.8 x 12.2 x 11.4
-----------------------
Inverter
30.4 x 12.2 x 11.4
 
11E 1242 x 310 x 312 48.9 x 12.2 x 12.3 63 (138.9)
12T 1750 x 295 x 526 68.9 x 11.6 x 20.7 130 (287)

 *For more detailed information please see technical documents.

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