


|
More about beecoautomation
|
|
· Components by major manufacturers · Control Panels · UL 508 Panelboards · ATEX Approval Pending Per DNV · Electrical Motors · UL-approved motor modifications · ATEX approved motors · Related products · Enclosures · Hazardous Duty Alarms/lights
|
Product Summary |
|
· NEMA Types · NEMA Type 1: Indoor · NEMA Type 3, 3R & 3S: Outdoor · NEMA 4 and 4X: Water Tight; Indoor or Outdoor; Corrosion Resistant · NEMA 7 and 9: Explosion Proof · NEMA 12: Dust Tight |
|
Motor Control Control panels are designed for very specific uses Each panel we build is custom built for the intended application. Variables include: · Enclosure types · Line and control voltage · Types of starters · Motor size · Pilot devices · Alarms and shutdowns
|
|
Photo: SCS95-70242N4X 500HP 690V com
|
|
Reduced Voltage & Solid State Starters Starter Standard Duty Ratings |

|
Note: NEMA Types 7 & 9 do not have direct comparison in IP classifications.
|
|
· Accessories · Breather and drains to provide ventilation · Windows to view keypad · Gland plates for ease of connection · Convenience outlet (115V) · Swing out panels · Dead front construction |
|
· Line Voltage · 460v 60Hz 3 Phase · 230v 60hz 3 Phase · 230v 60Hz 1 Phase · 575v 60Hz 3 Phase · 600v 60Hz 3 Phase
· 380v 50Hz 3 Phase · 415v 50Hz 3 Phase · 690v 50Hz 3 Phase |
|
· Motor Size · Horsepower · Measure of power needed to move 550 ft/lbs per second for 8 hours · 1 HP = 550 lb * 1 ft/sec · 1 HP = 5252 lbs-ft* rpm · kW · 1 HP=746 watts (100%) efficiency · FLA · Full load ampere (FLA) ratings of motors vary on several factors: · Average values listed in the National Electric Code (NEC) should only be used as a guide for selecting components for the motor branch circuit · The rated full load current shown on the motor nameplate should always be used if known |
|
· Control Voltage · 120v 60Hz · 24v 60Hz · 24v DC · 115v 50Hz
|
|
Reduced Voltage & Solid State Starters Starter Standard Duty Ratings |
|
· Combination or Non-Combination Starters · Starters can start, stop, forward/reverse, provide multi-speed, and protect a motor · Starters are made from two building blocks: · Contactors: control the electric current to the motor. Their function is to repeatedly establish and interrupt an electrical power circuit · Overload protection: protects motors from drawing too much current and overloading · Electronic overloads protect from phase loss, phase imbalance, and are ambient compensated · Combination starter includes: · Motor disconnect function · Magnetic short circuit protection · These capabilities come from the following combined devices: · Disconnect · Disconnect with fuses · Motor circuit protector |
|
· Single Starter or Multiple Starters · Advantages of Building Multiple Starter Panels · Starters are made from two building blocks: · Cost savings—one enclosure · One incoming electric feed · Interconnection wiring allowing better process control · Operator safety—one handle disconnects all power · Full Voltage-Non-Reversing (FVNR) · Most commonly used general purpose starter · Connects the incoming power directly to the motor · Can be used in any application where the motor runs in only one direction, at any one speed, and starting the motor directly across the line does not create any dips in the power supply |
|
· Reduced Voltage · Typically used in applications involving large HP motors or small motors on generator service · Used to reduce the inrush current and limit torque output and mechanical stress on load · Types: · Auto Transformer · Wye Delta · Solid State
|
|
Reduced Voltage & Solid State Starters Starter Standard Duty Ratings |
|
· Soft Starters Considerations · How often will the motor be started? · Does the enclosure allow ventilation? · What ramp time is required?
|
|
· Solid State Soft Start · S801/S811 Eaton Soft Start Provides: · Reduced wear and tear on belts, gears, shafts, and bearings · Allows for controlling inrush current to the motor · Reduced inrush current lowers peak demand charges or smaller generators · 24 VDC control enhanced personnel and equipment safety · Choices of Starting · Kick Start · Ramp Start · Current Limit · System monitoring characteristics
· Does the enclosure allow ventilation? · What ramp time is required?
|
|
· Pilot Devices · Pushbottons · Selector Switches · Pilot Lights · Pushbuttons · Selector Switches · Indicating Lighs · Stack Lights · Magnetic short circuit protection · These capabilities come from the following combined devices: · Disconnect · Disconnect with fuses · Motor circuit protector |
|
· Alarms & Shutdowns · Level Switch · Pressure Switch · Overload · Motor Protection Information · Thermostats · Thermistors · RTD’s (Resistance Temperature Detectors) · Space Heaters · Vibration Detectors |


|
Beeco Motors & Controls, Inc. |
|
The right motors and motor controls for your application. |
|
Motor Pricing |
|
Manufacturers |
|
beecoautomation |
|
Education |
|
Motor Modifications |
|
Motor Descriptions |
|
Order Information |
|
Home |
|
Phone: 713-690-0311
Fax: 713-690-3328
E-mail: sales@beecomc.com
Address: 5630 Guhn Road #110 Houston, TX 77040 |
|
© 2008 - 2010 Beeco Motors & Controls, Inc. All rights reserved. |
|
First # Protection Against Solid Objects |
Second # Protection Against Liquids |
|
0 No Protection |
0 No protection |
|
1 Protection against solid objects up to 50 mm (such as accidental touch by hands) |
1 Protection against vertical drops of water. (such as condensation) |
|
2 Protection against solid objects up to 12 mm (such as fingers) |
2 Protection against falling water up to 15° from the vertical |
|
3 Protection against solid objects over 1 mm (such as tools and wires) |
3 Protection against falling water up to 60° from the vertical |
|
4 Protection against solid objects over 2.5 mm (tools and wires) |
4 Protection against splashing water from all directions, limited ingress |
|
5 Protection against dust – limited ingress (no harmful deposits) |
5 Protection against low pressure jets of water from all directions, limited ingress |
|
6 Totally protected against all dust |
6 Protection against strong jets of water |
|
|
7 Protection against immersion |
|
|
8 Protection against submersion |
|
Starting Method |
Ramp Current % Of FLA |
Ramp Time Seconds |
Starts Per Hour |
Ambient Temperature |
|
vs. Soft Start |
300% |
30 sec. |
3 |
50° C |
|
vs. Full Voltage |
500% |
10 sec. |
3 |
50° C |
|
vs. Wye-Delta |
350% |
20 sec. |
3 |
50° C |
|
vs. 80% RVAT |
480% |
20 sec. |
2 |
50° C |
|
vs. 65% RVAT |
390% |
20 sec. |
3 |
50° C |
|
vs. 50% RVAT |
300% |
20 sec. |
4 |
50° C |