XP Drive: ETL Listed CID1 & CIID1, Explosion Proof VFD
Image is not available
Image is not available
  1. Power: 1/8 HP to 25 HP
  2. Voltage: 240V 1-Ph & 3-Ph, 480 VAC 3-Ph
  3. NEMA Rating: Type 7 / 4X
  4. HazLoc Rating: Class I & II; Division 1
  5. Certified: ETL-listed
  6. Cooling: Passively cooled - no purging, no AC
  7. Options: Digital display, alt operators / pilots, 55C

XP Drive - Explosion Proof VFD

* Specifications vary based on model composition

Image is not available
X5 HazLo: UL Listed, CID2, Hazardous Location VFD
Image is not available

X5 HazLo: Hazardous Location VFD

  1. Power: 10 to 100 HP
  2. Voltage: 3-Ph 480V & 575V
  3. NEMA Rating: Type 4X (carbon steel or 316SS)
  4. HazLoc Rating: Class I; Division 2
  5. Certified: UL-listed
  6. Cooling: No air conditioner or purging required
  7. Features: HMI Display, PLC-like programming
DURA-Drive: Packaged VFD
Image is not available
Image is not available
Image is not available
Image is not available
Image is not available
Image is not available

Waterworks

Aggregate

Irrigation

Irrigation

Pulp & Paper

Pumps

Food & Beverage

DURA-Drive - UL-listed Packaged VFD Panel

Image is not available
Danfoss VLT Drives
  1. Power: 1/4 HP to 1550 HP
  2. Models: Micro Drives, FC-202 & FC-302
  3. Low harmonic drives
  4. Loose drives & custom panels
  5. Wide array of I/O communication cards
  6. Warranty: Up to 10 years available

Danfoss VLT Drives

Vacon Drives
Image is not available

Vacon Drives

  1. Power: 1/4 to 600+ HP
  2. Models: Vacon 20, 20CP, 100, X-Series, NXP / NXS
  3. Reliable, robust, time proven
  4. Ideal for demanding applications
  5. Controls induction and permanent magnet motors
  6. Multiple protocols supported via options cards
Image is not available
X Series, X4 & X5 VFD

* 1000 PSI from 6" away for drives up to 30 HP or 12" away for larger HP models

  1. Power: 1 to 200 HP
  2. Voltage: 240V, 480V, 575V
  3. NEMA Rating: Type 4X up to 100 HP, Type 3R >100HP
  4. Withstand 1000 PSI from 6" away *
  5. Features two-line backlit HMI, PLC like programming with 25-step sequencer, operates down to -10C (arctic mode)

Vacon X Series - Wash-down rated

Image is not available
previous arrow
next arrow

New Danfoss VLT Soft Starter - MCD 600

New Danfoss VLT Soft Starter, the MCD 600 with improved performance and updated software platform.

SAI Drive Solutions Danfoss Soft Starter MCD600

 Download - MCD 600 Datasheet


Continue reading
6291 Hits

New 2020 Danfoss DrivePro Lifecycle Services Price List

SAI Drive Solutions Danfoss DrivePro Lifecycle Services PriceBook 2020

New 2020 publication of Danfoss DrivePro Lifecycle Services Price List. The Price List is available online and also for download. Prices have remained the same as the 2018 copy however the Pirce Lists are easier to navigate and have been consolidated by using a 'Warranty Coverage Groups' lookup table.

DrivePro Lifecyle Services

DrivePro Lifecyle Services is a comprehensive set of services offered by Danfoss to offer great value services and extened warranty coverage options to Danfoss VLT or Vacon customers. Services include:

Continue reading
6846 Hits

COVID update from SAI Drive Solutions

Essential Power

SAI Drive Solutions is classified per the Critical Infrastructure Sectors | CISA as an essential business. Suppling essential products and services for industries including technology, energy, petroleum and fuel, mining, communications, as well as products used by other essential business and operations.

Our business remains in operation, we are accepting and shipping orders. Our Sales, Service and Support staff are available to assist.

Please let us know anything you need and please be safe.

Continue reading
6031 Hits

Upgrading our temperature controlled environment test chamber

To facilitate testing of our new XP Drive build, we enchanced our testing chamber to support parallel testing of 3 XP Drives simultanously.

SAI Temperature Controlled Environment Test Chamber

SAI Drive Solutions Temperature Testing Chamber 2 800x

Features

Continue reading
5962 Hits

XP Drive: Input voltage & power range extended!!

sai drive solutions xp drive etl listed class I II div 1 382x

Introducing the second generation of our ETL listed, XP Drive CID1 now including the Yaskawa V1000 Finless VFD.

The new model design allows us to leverage the extended input voltage and power ratings of the V1000 VFD. The XP Drive now supports either 230V or 460V input voltage and offers wider power range from 1/8 HP to 25 HP.

Power ratings

Heavy Duty / Constant Torque or Normal Duty / Variable Torque

- 200-240 VAC, 1-Ph - 1/8 HP to 3 HP (HD/CT)
- 200-240 VAC, 3-Ph - 1/4 HP to 10 HP (HD/CT)
- 380-480 VAC, 3-Ph - 1/4 HP to 20 HP (HD/CT) & 25 HP (ND/VT)

Features

The XP Drive, is a pre-engineered, off-the-shelf, explosion-proof VFD for use within hazardous location Class I & II Division 1 areas. The XP Drive has a NEMA Type 7/4X enclosure and does not use purged air to operate. The XP Drive design allows the VFD to operate by using the enclosure as a passive-heatsink.  The drive has predefined operators and pilot lights. The XP Drive has a number of options including additional operators, lights, powder coated front panel, auxiliary window for digital display of motor RPM or Hz and support for different field bus protocols through communication option cards.

ETL Listed

The new models have been certified by ETL per UL 1203 for use within hazardous location, classified area Class I & II, Division 1.

More Information

To learn more about the new XP Drive download our new 6 page brochure below, or check out the product page XP Drive CID1

SAI Drive Solutions XP Drive ETL Listed Class I II Division 1 Explosion Proof XP Packaged VFD x250

Continue reading
5603 Hits

Mitigation of Transformer Inrush Current

Inrush Phenomenon

It is well known that energizing a transformer with rated voltage can produce a significant inrush current.  Inrush current is a random event which is not predictable and is in general not repeatable.  The magnitude of inrush current depends primarily on the following:

  1. Level of residual flux in the core of the transformer;
  2. Instant in the sine wave at which voltage is applied to the transformer;
  3. Magnitude of applied voltage.

Although the actual inrush current is a random event, it is known that the maximum peak inrush current can occur under the following conditions:

  1. Maximum positive value of residual flux in the core;
  2. Energizing the transformer at the instant the voltage is at the zero crossing in the sine wave;
  3. The applied voltage is increasing in the positive direction to add to the positive level of flux.

The following technical paper presents a method to mitigate inrush current when energizing large power transformers from a limited supply such as a generator or weak distribution system.

pdf Mitigation of Transformer Inrush Current (567 KB)

Continue reading
6098 Hits
  • Oil & Gas
  • Industrial
  • Aggregate
  • Irrigation
  • Conveying
  • Waste Water
  • Pharmaceutical
  • Food & Beverage