AC TECH ESV371N02YXB

SMVector Drive Flexible, simple, economical Flexible, simple, economical SMV NEMA 4X (IP65) SMV NEMA 1 (IP31) SMVector Our promise Commitment to Value The finest product at the best price is serious business. It takes continuous life cycle management to achieve this goal. We are always investigating techniques to improve efficiency and take advantage of the latest microprocessor and power module technology. When we achieve efficiency gains or material cost reductions, we pass those savings on to our customers. This simple philosophy has permitted us to build and maintain a very loyal base of customers. Commitment to Quality From product design to manufacture, service and training, quality is at the foundation of Lenze-AC Tech’s corporate philosophy. A quality product is built of superior materials by highly skilled personnel equipped with state-of-the art instruments. And a quality product is backed by expert training, knowledgeable sales representatives and experienced repair personnel. Continuous life cycle improvement fueled by our pledge to our Customers drives our technology forward. We feel so strongly about quality that each SMVector is backed with a two-year warranty. Commitment to Innovation We pride ourselves on delivering products to the market that are designed to meet specific customer needs. Our portfolio of innovative products is broad and covers very simple variable speed applications up through complex motion control. Each product, including the SMVector, is positioned so our customers pay only for the level of technology necessary for their application. Commitment to Simplicity One of the cornerstones of our design philosophy is to make our products simple to use. Technology only benefits the user if it can be easily understood and applied. The SMVector’s intuitive display and EPM technology dramatically simplifies installation, commissioning and operation for our customers. Commitment to Performance The SMVector is in a class by itself when it comes to performance. At the heart of the SMV are sophisticated vector algorithms that achieve new heights in torque production and speed control. This technology breakthrough allows our customers to cover a full range of applications from simple speed control through advanced torque and process control with the same product. Our Promise At Lenze - AC Tech it is not good enough to deliver part of a promise. Our products deliver the entire package; Price Leadership, Quality, Innovation, Simplicity and Performance. SMVector Features and Benefi ts: The SMVector continues our price leadership Superior Performance tradition in the highly competitive AC drive market.  Modes of Operation: Its performance and fl exibility make it an attractive - V/Hz (Constant and Variable) solution for a broad range of applications including: - Enhanced V/Hz (Constant and Variable)  Food processing machinery - Vector Speed Control  Packaging machinery - Vector Torque Control  Dynamic Torque Response  Material handling/conveying systems  HVAC systems  Sophisticated Auto-tuning (Motor Calibration)  Impressive Low Speed Operation The SMVector makes good its promise of price leadership in delivering unparalleled performance Flexible Power Ranges and simplicity. The SMVector is the right choice when  International Voltages: you need it all – performance, power, packaging and intuitive programming. - 120/240V, 1Ø (up to 1.5 Hp) - 200/240V, 1/3Ø (up to 3 Hp) - 200/240V, 3Ø (up to 20 Hp) - 400/480V, 3Ø (up to 30 Hp) - 480/600V, 3Ø (up to 30 Hp) Industrial Grade Packaging  NEMA Type 1 (IP31) Enclosure  NEMA 4X (IP65) Indoor Only  NEMA 4X (IP65) Indoor/Outdoor Simplicity  Intuitive User Interface  Electronic Memory Module (EPM) SMV NEMA 4X (IP65) SMV NEMA 1 (IP31) Two Year Warranty Electronic Programming Module (EPM) Program the SMVector quickly and easily using the electronic programming module (EPM). The EPM stores the drive’s parameter confi guration and simplifi es initial setup:  Three ways to program the EPM - Use the intuitive SMVector integrated keypad TM - Program in a Microsoft Windows environment with Techlink - Or with the lightweight portable EPM programmer. The crystal clear 16-character LCD display makes programming multiple drives a snap.  The EPM saves time and money. It’s as easy as 1, 2, 3… 1. Create your parameter profi le and archive to the EPM programmer, a master EPM or your PC. 2. Insert the EPM into the programmer and copy parameters in a matter of seconds! 3. Plug the EPM into the drive and it is fully programmed and ready to go. Imagine programming 20 drives in less than one minute!  Improve effi ciency. Program the drive anytime and anywhere it makes sense during your manufacturing or commissioning process. You can even plug in a fully programmed EPM before connecting the drive to power. Now the drive is ready and waiting for power to be connected.  Safeguard your confi guration. When you program the EPM your parameter settings are automatically archived. This truly unique feature allows the SMVector to be reset to factory default settings or to customer settings. The EPM. Another example of the innovative thinking that separates Lenze-AC Tech from its competition. Starting Torque Motor Current Motor Torque 250% Motor Speed 200% 150% Started into 195% torque load Test Drive 100% FLA = 7.0 A Peak A = 14.0 A 50% Test Motor FLA = 6.0 A 0% 0 4000 8000 12000 Time [msec] SMVector Performance Accelerating Torque Motor Torque Motor Speed Starting Torque Motor Current 180.0% Motor Torque 160.0% 250% Motor Speed Exceptional Starting Torque 140.0% Load introduction and acceleration begin Overpower demanding applications 200% 120.0% simultaneously 100.0% The SMVector is peerless in controlling the motor’s 150% Started into 195% 80.0% torque load ability to convert current into torque. In this example, the Test Drive 6 10 0.0 0% % FLA = 7.0 A SMVector is started into a stiff 195% torque load. Not Peak A = 14.0 A 40.0% only does the motor start the load, but it also delivers 50% Test Motor 20.0% a full 195% torque while accelerating to 50 Hz in 8 FLA = 6.0 A 0.0% 0% seconds. 0 200 400 600 800 1000 0 4000 8000 12000 Time [msec] Time [msec] Starting Torque Motor Current Speed Regulation Motor Torque Accelerating Torque Motor Torque 250% Motor Speed Motor Speed Dynamic Speed Regulation 1550 180.0% No load 150 Full Recovery 200% 50 Hz msec Recovery from 100% shock load in 0.15 seconds 160.0% 1500 Load introduction and 140.0% 150% Started into 195% Shock loads are no match for the SMVector. Here an acceleration begin torque load 120.0% 1450 Test Drive simultaneously instantaneous 100% load is dealt with in a mere 0.15 100% FLA = 7.0 A 100.0% Peak A = 14.0 A seconds. Remarkably, this level of speed regulation is 100% Load 1400 Full recovery in less 80.0% 50% than half the time of achieved open loop without the benefi t of a feedback Introduced Test Motor 60.0% other drives tested. FLA = 6.0 A device. 1350 0% 40.0% 0 0 204 0000 400 8000 600 12000 800 1000 20.0% Time [msec] Time [msec] 0.0% 0 200 400 600 800 1000 Time [msec] Accelerating Torque Motor Torque Motor Speed 180.0% Quick Acceleration Speed Regulation 160.0% 0 to 100 in 0.33 seconds! 140.0% Load introduction and acceleration begin 1550 120.0% simultaneously Motors controlled by the SMVector benefi t from a No load 150 Full Recovery 100.0% 50 Hz msec sophisticated motor control algorithm that drives motor 1500 80.0% performance to maximum levels. In this application the 60.0% 1450 the motor is able to drive a 165% torque load while 40.0% accelerating from 0 to 100% speed in an impressive 20.0% 100% Load Full recovery in less 1400 0.33 seconds. 0.0% than half the time of Introduced 0 200 400 600 o 8t0 h0 er drives 1 te 0s 0t0 ed. 1350 Time [msec] 0 200 400 600 800 1000 Time [msec] The SMV Thrives in Harsh Environments Speed Regulation 1550 Optional Quick Disconnect No load 150 Plastic Housing/Black Anodized Heatsink Full Recovery 50 Hz msec • Available on certain models 1500 • Light weight and corrosion resistant • Available for indoor and indoor/outdoor use 1450 High Pressure Washdown Version • Can be ordered without keypad and display 100% Load Full recovery in less 1400 than half the time of Introduced Totally Enclosed Non-Ventilating Housing other drives tested. 1350 Optional Integrated EMC Filters 0 200 400 600 800 1000 • Meets CE regulations Time [msec] Compact Enclosures SMV NEMA 4X (IP65) w/Quick Disconnect % of Motor Ratings % of Motor Ratings % of Motor Ratings % of Motor Ratings % of Motor Ratings Speed [RPM] Speed [RPM] % of Motor Ratings Speed [RPM] Simple Six Button Programming SMVector Specifi cations Start Stop Forward/Reverse World Class Control Comprehensive Diagnostic Tools Scroll Up Modes of Operation Real Time Monitoring Scroll Down Enter/Mode - Open Loop Flux Vector  8 Register Fault History Speed or Torque Control  Software Version Informative LED Display - V/Hz (Constant or Variable)  Drive Network ID Vivid Illumination - Enhanced V/Hz with Auto-tuning  DC Bus Voltage (V) Easily Read from a Distance  Motor Voltage (V) Five Status LEDs Acceleration/Deceleration Profiles • Run  Output Current (%)  Two Independent Accel Ramps • Automatic Speed mode  Motor Current (A)  Two Independent Decel Ramps • Manual Speed Mode  Motor Torque (%)  Linear • Forward Rotation  S-Type  Power (kW) • Reverse Rotation  Energy Consumption (kWh)  Auxiliary Ramp-to-Stop Status Display  Heatsink Temperature (°C) Output Frequency • Motor Status  0 – 10 VDC Input (User Defined) • Fault Management  500 Hz Standard • Operational Information  4 – 20 mA Input (User Defined)  1,000 Hz Optional  PID Feedback (User Defined) Switching Frequency  Analog Output (Speed, Load, Torque, kW)  4, 6, 8, 10, 12 or 16 kHz  Network Speed (Baud Rate) AUTO FWD Universal Logic Assertion (Selectable)  Terminal Status  Positive Logic Input  Keypad Status  Negative Logic Input REV RUN  Elapsed Run Time (Hours) Braking Functions  Elapsed Power on Time (Hours)  DC Injection Braking Status Outputs  Optional Regenerative Braking STOP  Programmable Form “A” Relay Output Speed Commands  Programmable Open Collector Output NEMA1 (Up to 10HP), NEMA4/4x Keypad  Keypad  Scalable 0-10 VDC / 2-10 VDC Analog Output  Jog  Floating Point Control NEMA1 15-30HP Keypad Rugged Environmental Capabilities  Voltage: Scalable 0 –10 VDC NEMA Type 1 (IP31) REMOTE MAN Hz RPM  Current: Scalable 4 – 20 mA CTRL LOCAL AUTO % AMPS NEMA Type 4X (IP65) Indoor Only /UNITS  Potentiometer NEMA Type 4X (IP65) Indoor/Outdoor AUTO FWD  8 Preset Speeds Ambient Temperature Process Control  -10 to 55°C @ 6 kHz  PID Modes: Direct and Reverse Acting RUN  Derate 2.5% per °C Above 40°C REV  PID Sleep Mode International Voltages Vigilant System Protection  +10/-15% Tolerance STOP Voltage Monitoring  120/240V, 1Ø  Low DC Bus V Protection  200/240V, 1 or 3Ø  High DC Bus V Protection  200/240V, 3Ø Additional CTRL Button  Low Line V Compensation  400/480V, 3Ø Switch between control modes Current Monitoring  480/600V, 3Ø • Local-Manual  Motor Overload Protection • Local-Auto  Current Limiting Safeguard Global Standards • Remote-Manual  Phase Loss Protection • Remote-Auto UL, cUL  Ground Fault CE Low Voltage Directive (EN61800-5-1) (Europe) Additional LED Indicators  Short Circuit Protection CE EMC Directive (EN61800-3) with Optional EMC filter Define the units being displayed Loss of Follower Management • Hz GOST (Russia/Ukraine)  Protective Fault • RPM C-Tick (Australia/New Zealand)  Go to Preset Speed or Preset Setpoint • % • Amps  Initiate System Notification Two Year Warranty • /Units Over Temperature Protection Control Terminals Digital Inputs Selector switch • Dedicated Start/Stop for negative or positive logic. • (3) Programmable Digital Outputs • Form “A” Relay EPM • Open Collector (Electronic Programming Module) Analog Inputs DC Bus • 0 - 10 VDC • 4 - 20 mA Analog Outputs Communication Gateway • 0 - 10 VDC/2 - 10 VDC Power Supplies • 10 VDC Potentiometer Ref • 12 VDC, 20 mA Digital Input Ref or 0VDC Common • 12 VDC, 50 mA Supply Common Additional Control Terminals (NEMA1, 15-30 HP only) 1 Programmable Digital Input 1 Common Removable terminal cover and steel conduit plate (not shown). RS-485 Modbus Communications Easy access for control & power wiring. • TXA An extra IP21 fi nger guard ships with every drive. • TXB SMVector Connectivity With optional plug-in communication modules, LINE the SMVector is easily integrated into any POWER one of today’s most commonly used industrial networks. Whether the application is to automate a single machine or an entire facility, the SMVector is fully equipped to make the process a snap. Standard I/O NOTE: Communication options are available in NEMA 1 (IP31) and NEMA 4X (IP65) models. Setting up a drive in a network has never been so simple. Order the SMVector and your choice of communication module. Simply snap the communication module into the terminal cover and the drive is ready to connect to the network. Or if the SMVector is already installed it can be easily upgraded in the field. Communication Module SMVector Ratings & Dimensions 120/240V - 1Ø Input (3Ø Output) Output Size Power Model Current NEMA 1 NEMA 4X NEMA 4X Number I [A] Hp kW (IP31) (IP65) w / Disconnect N ESV251N01SX* 1.7 0.33 0.25 G1 N/A N/A ESV371N01SX* 2.4 0.5 0.37 G1 R1 AA1 ESV751N01SX* 4.2 1 0.75 G1 R1 AA1 ESV112N01SX* 6.0 1.5 1.1 G2 R2 AA2 SMV NEMA 4X (IP65) Notes: Output voltage will be twice line voltage when connected to a 120V source. Output voltage will not exceed line voltage when connected to a 240V source. 200/240V - 1 or 3Ø Input (3Ø Output) Size Output Model Power Current NEMA 1 NEMA 4X NEMA 4X Number SMV NEMA 1 (IP31) I [A] Hp kW (IP31) (IP65) w / Disconnect N (1)(2) ESV251N02SX* 1.7 0.33 0.25 G1 N/A N/A (2) ESV371N02YX* 2.4 0.5 0.37 G1 R1 AA1 (2) ESV751N02YX* 4.2 1 0.75 G1 R1 AA1 (2) ESV112N02YX* 6.0 1.5 1.1 G2 R2 AA2 (2) ESV152N02YX* 7.0 2 1.5 G2 R2 AA2 H (2) ESV222N02YX* 9.6 3 2.2 G2 S1 N/A 200/240V - 3Ø Input (3Ø Output) Size Output Power Model H Current NEMA 1 NEMA 4X NEMA 4X Number I [A] Hp kW (IP31) (IP65) w / Disconnect N ESV112N02TX* 6.0 1.5 1.1 G2 N/A N/A ESV152N02TX* 7.0 2 1.5 G2 N/A N/A ESV222N02TX* 9.6 3 2.2 G2 N/A N/A ESV402N02TX* 16.5 5 4.0 G3 V1 N/A ESV552N02TX* 23 7.5 5.5 H1 T1 N/A W ESV752N02TX* 29 10 7.5 H1 T1 N/A ESV113N02TX* 42 15 11.0 J1 N/A N/A ESV153N02TX* 54 20 15.0 J1 N/A N/A W 400/480V - 3Ø Input (3Ø Output) Size Output Power Model Current NEMA 1 NEMA 4X NEMA 4X Number I [A] Hp kW (IP31) (IP65) w / Disconnect N (2) ESV371N04TX* 1.3/1.1 0.5 0.37 G1 R1 AA1 (2) ESV751N04TX* 2.4/2.1 1 0.75 G1 R1 AA1 D (2) ESV112N04TX* 3.5/3.0 1.5 1.1 G2 R2 AA2 (2) ESV152N04TX* 4.0/3.5 2 1.5 G2 R2 AA2 (2) D ESV222N04TX* 5.5/4.8 3 2.2 G2 R2 AA2 ESV302N04TF* 7.6/6.3 4 3.0 N/A R2 AA2 (2) ESV402N04TX* 9.4/8.2 5 4.0 G3 V1 N/A (2) ESV552N04TX* 12.6/11 7.5 5.5 H1 V1 N/A (2) ESV752N04TX* 16.1/14 10 7.5 H1 T1 N/A ESV113N04TX* 24/21 15 11.0 J1 N/A N/A Bottom Entry with NEMA 1 Steel Conduit Plate * NOTE: For complete part number, ESV153N04TX* 31/27 20 15.0 J1 N/A N/A replace “*” with B, C D, E or F. ESV183N04TX* 39/34 25 18.5 J1 N/A N/A ESV223N04TX* 46/40 30 22 J1 N/A N/A B = NEMA 1 (IP31) Indoor Only enclosure 480/600V - 3Ø Input (3Ø Output) Output Size C = NEMA 4X (IP65) Indoor Only enclosure, Power Model Current NEMA 1 NEMA 4X NEMA 4X convection cooled Number I [A] Hp kW (IP31) (IP65) w / Disconnect N ESV751N06TX* 1.7 1 0.75 G1 R1 AA1 D = NEMA 4X (IP65) Indoor Only enclosure, fan cooled ESV152N06TX* 2.7 2 1.5 G2 R2 AA2 ESV222N06TX* 3.9 3 2.2 G2 R2 AA2 E = NEMA 4X (IP65) Indoor/Outdoor enclosure, ESV402N06TX* 6.1 5 4.0 G3 V1 N/A convection cooled ESV552N06TX* 9 7.5 5.5 H1 V1 N/A ESV752N06TX* 11 10 7.5 H1 T1 N/A F = NEMA 4X (IP65) Indoor/Outdoor enclosure, Bottom Entry with IP31 Finger Guard ESV113N06TX* 17 15 11.0 J1 N/A N/A fan cooled ESV153N06TX* 22 20 15.0 J1 N/A N/A ESV183N06TX* 27 25 18.5 J1 N/A N/A 32 30 22 J1 N/A N/A ESV223N06TX* Dimensions H W D (1) The model ESV251N02SXB is 1Ø input only. in. mm in. mm in. mm For 3Ø INPUT use the ESV371N02YXB. G1 7.48 190 3.90 99 4.35 110 G2 7.52 191 3.90 99 5.45 138 (2) NEMA 4X (IP65) models are also available with G3 7.52 191 3.90 99 5.80 147 an integrated fi lter. For models ending with H1 9.83 250 5.12 130 6.30 160 “SX*” and “TX*”, replace the “X” with an “F”. For models ending with “YX*”, replace “YX” with J1 12.50 318 6.92 176 8.09 206 “SF”. The fi ltered drive can be operated on R1 8.00 203 6.28 160 4.47 114 single-phase supply only. R2 8.00 203 6.28 160 6.31 160 S1 8.00 203 7.12 181 6.77 172 T1 10.00 254 8.04 204 8.00 203 V1 10.00 254 8.96 228 8.00 203 AA1 10.99 279 6.28 160 4.47 114 AA2 10.99 279 6.28 160 6.31 160 Worldwide Coverage We’re everywhere you are Growth requires drive. Competitive, committed and consistent drive. At Lenze-AC Tech we concentrate 110% of our energies on providing our Customers with everything “from the load up”. “Customer Service has always been and will always be our number one commitment. Our success depends on it.” Driving design technology forward means we never stop thinking about process improvements. Did we deliver a qual- ity product to market that meets the Customer’s needs? That is the key. Innovation takes art and skill to combine what’s new and what’s proven to produce a product with exceptional form, fi t and function. Industrial Drives and Controls... That’s All We Do! A Global Drives Company www.lenze-actech.com 1-800-217-9100 1-508-278-9100 +44 (0) 1743 464309 CB-SMV-0109