Emerson Packaged Drives and Engineered Systems manual 330

Page 13

www.emersonct.com

800-533-0031

DC StandardPak Order Code Configurator

Order String

D

x

x

x

xxx

x

x

-

xxxxxxxx

DC RapidPak

Product

D = DC SandardPak

Enclosure Style

P = Panel

E = Enclosure

Drive Model

N = Non-Regenerative

R = Regenerative

Voltage Rating

8 = 208 VAC

2 = 240 VAC

3 = 380 VAC

4 = 480 VAC

Amp Rating

Amps are based on drive size

Dynamic Braking 1

A= AC Input Contactor

B= DC Contactor with DB pole

Input Power

0= None (default)

1= Circuit Breaker (C/B)

2= Non Fused Disconnect Switch (NFD)

(1)E-Stop Braking option requires a DB contactor and an external DB resistor. Consult factory for DC contactor for DC drives rated 210 Amps and up.

(2)Drives 255A and greater have fixed voltage field supply.

A field current regulator is required to operate above base motor speed.

(3)For 240 VAC application requiring 240 VDC armature and 240VDC Field Voltage.

(4)To meet UL508A for industrial applications the E-Stop PB is required when door mounted devices are selected.

(5)The Fwd/Rev Selector Switch applies to regenerative drives only.

(6)Encoder feedback requires DB9 connector at drive. This option includes cable from DB9 connector to a terminal block.

Standard Enclosure is UL1 rated (NEMA 12 - PPBF (Positive Pressure Blown and Filtered))

Additional Options (if required)

Fused Bower Motor Starter

1 = Range 0.4-0.65A

2 = Range 0.6 - 1.1A

3 = Range 1.0 -1.5A

4 = Range 1.3-1.9A

5 = Range 1.8-2.7A

6 = Range 2.5-4.1A

7 = Range 4.0-6.3A

Field Supply Options

A = 20A FXM-5 Field Current Regulator 2 B = 240 VDC @ 2A 3

C = 240 VDC @ 8A 3

D = 240 VDC @ 20A 3

Door Mounted Devices 4

E = E-Stop, Start PB, Stop PB, Speed Pot F = Fwd/Rev Switch 5

H = HOA Selector Switch J = Jog PB

K = Keypad (CTVue-303)

P = Drive Power “ON” PL R = Reset PB

V = Analog Armature Ammeter & Voltmeter W = Analog Field Ammeter & Voltmeter

Encoder Cable 6

Y = DB9 Encoder Cable to Terminal Block

Order String requires a minimum of 9 characters.

Examples:

Standard Order Code for Non-Regen: 200 hp @ 480 VAC, N12-(PPBF) enclosure, at 40˚ C PN = DEN4350A0

Standard Order Code as above with the following options: Circuit Breaker, Fused Blower Motor Starter, Field Regulator, Start/Stop PB, Reset PB, Armature Ammeter, Field Ammeter, Encoder Cable.

PN = DEN4350A1-4ARVWY

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Contents Packaged Drives Engineered Systems Servo Drive lb-in 319320 RapidPaks and CustomPaks321 AC RapidPak322 Heavy Duty 208 VAC, 3-Phase Input and Output, 50/60 Hz Input323 Heavy Duty 230 VAC, 3-Phase Input and Output, 50/60 Hz InputDescription 324325 326 AC CustomPakInput Voltage 208-460-575 VAC, 50/60 HZ CT Soft Windows based Programming Tool327 DC StandardPakUL508A MentorPak PN DEN4255AN1A0-EDimensions & Weights Regenerative 208-240-380-480 VAC, 3-Phase Input, 50/60 Hz328 329 Power One Line DiagramDB Braking Resistor1 330 331 Input Power DisconnectDrive Amp Rating Armature Dynamic Braking DB332 DC CustomPakUL508A up to 150 hp @ 240 VAC, 500 hp @ 480 VAC, 40˚ C 660 200-1500 HPLarge Enclosed AC Drives Dimensions333 334 VAC Large Enclosed Drives Horsepower Ratings335  Create a comprehensive range of custom power systemsSPM Module Descriptions 336Bottom Rectifier TopSingle Drives 337Active Input Regeneration Pulse Input CurrentTypical Normal Duty Heavy DutyMotor Output339 Engineered SystemsTo existing Remote PLC Section341 Power distribution, Common DC bus, Speed reducers200V to 690V 3Ø 90V to 690V 1Ø, 3Ø 208-660V 3Ø All major communication protocols supported

Packaged Drives and Engineered Systems specifications

Emerson Packaged Drives and Engineered Systems are leading-edge solutions designed for various applications that require reliable and efficient motor control. These systems are engineered to optimize performance across a diverse range of industries, including HVAC, water treatment, food processing, and material handling. By integrating advanced technologies, these packaged drives ensure that companies can enhance operational efficiency, reduce energy consumption, and minimize downtime.

One of the primary features of Emerson Packaged Drives is their versatility. They are designed to work seamlessly with a variety of motor types, including AC and DC motors, making them suitable for numerous applications. The systems can be easily customized to meet specific operational requirements, providing flexibility for industries that demand tailored solutions.

Another significant characteristic of Emerson's engineered systems is advanced control capabilities. The drives utilize sophisticated algorithms and embedded control features that enable precise speed, torque, and position management. This level of control not only ensures optimal performance but also enhances process reliability, which is crucial in critical applications where failure is not an option.

Energy efficiency is a cornerstone of Emerson's drive systems. By implementing variable frequency drive (VFD) technology, these packages can adjust motor speed and torque to match application requirements, leading to significant energy savings. Emerson's drives are designed with energy monitoring tools that help operators track and reduce energy usage, aligning with sustainability goals and lowering operational costs.

The integration of predictive maintenance technologies is another hallmark of Emerson Packaged Drives. By employing sensors and IoT connectivity, these drives can collect real-time data on motor performance, enabling proactive maintenance and reducing the risk of unexpected failures. This predictive approach not only extends equipment lifespan but also minimizes costly downtime and maintenance expenses.

Emerson Packaged Drives also prioritize user-friendliness. With intuitive interfaces and comprehensive diagnostic tools, operators can easily manage and troubleshoot the systems. The compact design of the drives allows for straightforward installation and integration into existing setups.

In summary, Emerson Packaged Drives and Engineered Systems stand out due to their versatility, advanced control features, energy efficiency, predictive maintenance capabilities, and user-friendly design. These attributes make them an ideal choice for industries aiming to enhance performance and efficiency, securing their position as leaders in motor control technology.