MEGA Abrasive Cutter motor and pump wiring

Slides:



Advertisements
Similar presentations
The Physics of Hybrid Vehicles. J. Russell Lemon
Advertisements

BAKER EQUIPMENT RELIABILITY
 Bucket Method  6 people  3-4 hours  fish mortality  Fish Pump  2 people  2 hours  2-5 fish mortality.
ECE 4411 Determination of Induction-Motor Parameters DC Test –Determines R 1 –Connect any two stator leads to a variable- voltage DC power supply –Adjust.
INTRODUCTION OF THE KING COBRA™
Rotating Magnetic Field
AC Machines 6077SA NUE 046.
Problem #2-8 A 480 – 120 V, 60 Hz transformer has its high voltage winding connected to a 460 V system, and its low voltage winding connected to a 24/32.8°Ω.
ECE 4411 Series-Impedance Starting. ECE 4412 Impedance Z is either an Inductor or a Resistor to limit the current during start-up.
Diagnose the Starting System. Fender Covers ! You must have a strong battery to test the starter.
Motors Physics 102 Professor Lee Carkner Lecture 21.
“Power Supply” Controls Voltage Difference in Voltage is set Output Current is “as requested” by attached device.
DGFLOW srl Italy Via Emilia, 5 - Loc. Stradella Bigarello - Mantova - Italy
Electromagnetism, etc. Q & A. Q#1 Q#2 Q#3 Q#4.
VAT: Volt Ampere Tester
Demystifying SelfSensing Pumps. Design Operating Point 300 Gallons Per Minute 53 Feet of Head System Curves 150 ton 12deg Delta T 60 GPM each.
What do you know about star and delta connection ?
1 Green River Utah Area Transmission and Distribution System – January 16, 2009.
SubDrive Constant Pressure Controller
PUMP TESTING BY KAUSTUBH V GITAPATHI DIRECTOR VI AUTOMATION (P) LTD, PUNE.
Induction Motors.
Circuits & Electronics
Experimental determination of motor model parameters ETEC6419.
Windham Tech HVAC Solid State Current Coil Potential Starting Relays.
MonoDrive & XT Constant Pressure Controller
Electrical Stuff From Questions Friday. Delta 3 Phase Motor.
Reach 40” Height 21” Tap up to 1” (M30) Variable speed control High frequency motor Right and left hand speed control Heavy duty cast aluminum construction.
BATTERY CABLES AND WIRING IGNITION SWITCH NEUTRAL SAFETY SWITCH STARTER RELAY/SOLENOID STARTER MOTOR.
ENERGY AND VIBRATION Does vibration consume energy?
Induction Motors.
Eng. Alfonso Monroy Olascoaga Ph. D. Pedro Ponce Cruz ITESM-CCM
CANBus Hardware Setup. CANBus CANBus is a control system method that can be used instead of the conventional PWM system. It uses RJ12 cable, which is.
IMPORTANT ELECTRONIC TERMS. Voltage "V" A measure of electrical potential, it is measured in volts A measure of the pressure under which electricity flows.
2 The Watt is the SI unit of Electrical Power. It is the “work done” by electricity, and is a value of work generated by 1 Amp flowing at a voltage of.
EE1 PEEE Refresher Class Power Part 3 notes by T. Ernst EE1 – Power Part 3 NotesFall 2011, Page 1.
Performance Characteristics
Which of the following is the unit of electrical current? :40 1.Joule 2.Volt 3.Ampere 4.Watt 5.Coulomb.
3-Phase Submersible Motor Control
Induction Motors. Introduction  Three-phase induction motors are the most common and frequently encountered machines in industry -simple design, rugged,
Power Definition Whiteboards. Power power = work time Derive all eqn using: V = W/q I = q/t R = V/I P = IV = I 2 R = V 2 R P: Power in W I: Current in.
Electrical Circuits Making Electricity Useful Circuit Diagrams Electrical circuits can be shown in diagrams using symbols: 9.0V.
Step Motors. Step Motor 12 step/rev, 1 phase on.
April Motors 1011 of 55 Dykman Electrical 5 April 2013.
SMJE 2103 Synchronous Generator. Scope of discussion 1)Construction 2)Rotation speed 3)Generated voltage 4)Equivalent circuit 5)Power and Torque 6)Testing.
REDA Production Systems
FLUID POWER CONTROL ME604C. FLUID POWER MODULE:02 ~ HYDRAULIC SYSTEM COMPONENTS.
Elements of Electrical Design HASMUKH GOSWAMI COLLEGE OF ENGINEERING
TITLE- BUCK BOOST TRANSFORMER BY- NEERAJ S ABHYANKAR SEMINAR GUIDE- H.O.D.Mrs.M.H.DHEND.
Duct Free System.
TITLE: Power Distribution OBJECTIVES
© 2004 Refrigeration Training Services - Refrigeration Categories v1.1
MEDIUM VOLTAGE APPLICATIONS.
高等電機機械 報告者:朱振源 指導老師:秦純 教授.
Non-ideal Power Supply
Electric Rotary Actuators (motors)
ACTIVE LEARING ASSIGNMENT
BY KAUSTUBH V GITAPATHI DIRECTOR VI AUTOMATION (P) LTD, PUNE
Determination of Induction-Motor Parameters
Electric Meter Identification
Performance Prediction Spreadsheet
DC motor.
Utilisation of Electrical Energy
K2 Schematic Analysis and Pictorial Diagram
Alternating Current 60 HZ
PowerLogic™ offer for the basic metering market
Basic Circuits.
Electronics Batteries Practice Problems LabRat Scientific © 2018.
Electronics Current Practice Problems LabRat Scientific © 2018.
Electrical Machines (EELE 3351)
Electrical Machines (EELE 3351)
Presentation transcript:

MEGA Abrasive Cutter motor and pump wiring

Name plate

208Y - 230V star/delta Motor wiring 208-230V

380Y - 415V star/delta Motor wiring 380-415V W6,U6,V6 W2,U2,V2 U5, U1 V5, V1 W5, W1

440Y - 480V star/delta Motor wiring 440-480V U2, U5 V2, V5 W2,W5 U1, W6 V6, W1 V1, U6

Motor amps (MEGA-M250) Maximum rated current and approximate running amps for MEGA-M250 motor is listed below 50 Hz – 2895 rpm 60 Hz – 3475 rpm Cutter Motor (KW) Voltage Max amps MEGA-M250 3 hp/ 2.2 KW 208Y 10.5 380V 5.8 440V 5.0 480V 4.5

Motor amps (MEGA-T300) Maximum rated current and approximate running amps for MEGA-T300 motor is listed below 50 Hz – 2880 rpm 60 Hz – 3460 rpm Cutter Motor (KW) Voltage Max amps MEGA-T300 5.5 hp/4 KW 208Y 19.2 380V 10.5 440V 9.1 480V 8.3

Motor amps (MEGA-T400) Maximum rated current and approximate running amps for MEGA-T400 motor is listed below 50 Hz – 2910 rpm 60 Hz – 3492 rpm Cutter Motor (KW) Voltage Max amps MEGA-T400 7.5 hp/5.5 KW 208Y 26.4 380V 14.5 440V 12.5 480V 11.5

Motor amps (MEGA-T400 – slow speed motor) Maximum rated current and approximate running amps for MEGA-T400 motor is listed below 50 Hz – 1455 rpm 60 Hz – 1740 rpm Cutter Motor (Power) Voltage Max amps MEGA-T400 7.5 hp/5.5 KW 220V 26.4 380V 14.5 440V 12.5 480V 11.5

Measuring amps Using a clamp type ammeter as shown to the right, hook one of the 3-phase leads in-between the clamp Clamp around wire

Pump Wiring (220/380V) 220V buss bar configuration

Transformers Wire transformers to the correct 220 or 380V terminals

Motor setting (QF-1) (MEGA-M250) Cutter (QF1) Voltage Setting (amps) MEGA-M250 208Y 10 380V 6 440V 480V Schneider GV2-ME14C/6-10A

Motor setting (QF-1) (MEGA-T300) Cutter (QF1) Voltage Setting (amps) MEGA-M250 208Y 18 380V 10 440V 9 480V 8 208V Schneider GV2-ME20C/13-18A 380-480V Schneider GV2-ME14C/6-10A

Motor setting (QF-1) (MEGA-T400) Cutter (QF1) Voltage Setting (amps) MEGA-M250 208Y 23 380V 14 440V 12 480V 11 208V Schneider GV2-ME21C/17-23A 380V Schneider GV2-ME20C/13-18A 480V Schneider GV2-ME16C/9-14A

Pump setting (QF-2) (All Cutters) Pump (QF2) Voltage Setting (amps) MEGA-M250 208Y 1 380V 0.8 440V 0.6 480V Schneider GV2-ME05C/0.63-1A