SMVector migration to i510 protec and i550 protec

Benefits of migrating your SMVector drive

The Lenze SMVector (SMV) has been a cost-efficient and reliable staple in our trusted portfolio of motion control products for decades. However, we are now migrating customers from SMVector to our newer i510 protec and i550 protec series drives to ensure improved performance with improved feature sets that address your forward-looking challenges, without compromising our commitment to more economic solutions.

Highlights of the new i510 protec and i550 protec VFDs.

  • Cost-efficient price point
    Improved performance and feature set without premium price
  • Locally sourced
    85% of components sourced within North America
  • Compatible mounting
    Same mounting hole pattern as SMVector for most installations
  • UL certified
    i510 protec and i550 protec are certified to the current UL61800-5-1 standard

In order to make your SMVector migration as smooth as possible, we have carefully documented a walkthrough process to migrate to our new i510 protec and i550 protec drives. This process includes a product selection tool, a programing pilot to help you input parameters, a video for mounting and wiring, and comprehensive technical support options including the ability to utilize our in-house technical support team to create your new parameters for you for a nominal charge.

To begin the migration, please identify your current SMVector drive and gather required technical specifications (listed below). Once you have this information, please proceed to Product Selection.

SMVector Migration Product Selection

1
SMV
2
Optional Module
3
Dynamic Braking
SMVector Migration Product Selection

Step 1. Tell us about your SMVector

Input type code, material ID, or drive attributes

Step 2. Optional modules for your SMVector

Let us know any optional modules you used with the SMVector

Step 3. Dynamic braking in your application.

Use of dynamic braking

Result. i510 protec/i550 protec

With recommended accessories

Tell us about your SMVector

Start the migration guide by telling us about your SMVector.

Search by type code or material ID.

Where do I find a type code or material ID?
Invalid type code

I don't have a type code or material ID.

Look up SMVector by rated power, voltage, line configuration, and enclosure rating
Look up by type code or material ID

Enclosure

Line configuration

Input voltage & phase

Rated power

SMVector Drive

Operating at 120/240 V

Your configuration of SMVector can be operated at 120 V or 240 V. To proceed with the migration, please indicate what voltage you are operating your SMVector at.

Integrated potentiometer

SMVector with a NEMA 4 enclosure have the option to integrate a potentiometer. Does your SMVector have an Integrated potentiometer?

Step 2: Optional modules for your SMVector

Select optional module

Where do I find the optional module for my SMVector?

Step 3: Dynamic Braking

Dynamic braking

How can I check if dynamic braking is installed?

SMVector

SMVector

Recommended with accessories

drive:

ionicons-v5-r

decentralized variable frequency drive.

i500 protec

Remote keypad:

For remote keypad, three options are available.

I5MADR0000000S - External keypad with no cable

I5MADR0000001S - External keypad with 3m cable

I5MADR0000002S - External keypad with 5m cable

Potentiometer:

To include a potentiometer, order instead.

EZAMBHXX028 - 3-position switch/potentiometer set (1 each)

EZAMBHXX038 - Potentiometer (qty. 5)

Notes:

Start over

Installing your Drive

For most models, your new drive is designed to be installed in the same location as your SMVector drive, with matching mounting holes. However there are some variables you need to review before beginning installation. Specifically, the motor wiring will be different; therefore, watching this short video will walk you through the mounting and wiring to ensure safe operation of your new drive.

SAFETY NOTE: Motor wiring on the i510 protec and i550 protec differs from the SMVector.


Instructions: Safety instructions

Programming your Drive

The technical knowledge required to program our i510 protec or i550 protec drives will vary based on your technical resources, application of the drive, and bandwidth of your team. Therefore, we offer various options to ensure the migration process remains as simple as possible. Below you will find the various solutions we have created to get you up and running as quickly as possible.

Program yourself utilizing the keypad

The new i510 protec and i550 protec have additional programming features and programs differently than the SMVector. The Programing Pilot provides a detailed flowchart and step-by-step directions for configuring and commissioning the i510 protec and i550 protec while serving as a reference guide for future settings modifications.


How-to guide: Programming Pilot

 

Program yourself with EASY Starter/USB

Commissioning at your computer is also an option by using our EASY Starter programming software. EASY Starter supports service technicians with the commissioning and maintenance of your machines thanks to easy-to-use diagnostic and parameterization dialogs.


Software: EASY Starter

 

Programming Conversion Service

Our technical support team is here to help you make this migration as simple as possible. Simply send us a copy of your existing wiring diagram, your SMVector’s EPM memory module, and i510 protec or i550 protec part number and we will create a list of parameters, wiring diagram, and program file for your new i510 protec or i550 protec. This service is performed as a benefit to our customers; therefore, there is a $200 fee for this service.


Form: Programming Conversion Service request form

Support

Customer Service

We have a dedicated team available to guide you through the migration process. Before you contact us with questions, please gather the following information:

  • SMVector and/or i510 protec/i550 protec type code
    • I.e., picture of the nameplate
  • Type codes of additional optional modules for your SMVector
  • Details of your application
    • Use of dynamic braking

SMVector Support Portal

The SMVector Support Portal contains walk-through guides for control wiring and program setup. Additionally, the SMVector Support Portal has troubleshooting support for drive faults and failures, lookups for drive status and warning messages, and frequently asked questions regarding your SMVector drive.

Visit SMVector Support Portal

Technical Support

Lenze Americas
630 Douglas Street
Uxbridge, MA 01569
United States
Hours
8:00AM – 5:00PM EST
Monday – Friday

Phone
(508) 278-9100
Phone 2
(800) 217-9100 (option 3)
Email
techsupport.us@lenze.com

FAQ

Does the i510 protec/i550 protec have a built-in keypad like the SMVector?

Keypads are optional for i510 and i550 protec drives.

For i510 protec and i550 protec with a NEMA 1 enclosure rating, keypads can be configured with the drive or can be sold separately and added after the purchase. Due to the watertight sealing during manufacturing, i550 protec with a NEMA 4X enclosure rating cannot have a keypad added after purchase and must be configured with one at the time of purchase.

Keypads for the i510 protec/i550 protec features a full English language display and offers more advanced diagnostic options as opposed to the keypad on the SMVector. Additionally, on i510 protec and i550 protec with a NEMA 1 enclosure rating, the diagnostic module is hot-swappable. Programming the drive can also be done via a USB module or a Wi-Fi module. And i550 protec drives, regardless of NEMA enclosure rating, always includes a micro-USB diagnostic report for easy connection and programming via EASY Starter.

Note: When using the SMVector Migration Selection tool, the recommended i510 protec or i550 protec will automatically include a keypad in the part number. The only exception is when a remote keypad is needed.

Does the i510 protec/i550 protec have a DIP switch to change the assertion level of the digital inputs like the SMVector?

Assertion level of the digital inputs in the i510 protec/i550 protec is programmable, compared to a DIP switch on the SMVector. To change the assertion level of the digital inputs, update parameter P410:001 in your i510 protec/i550 protec.

Does the i510 protec/i550 protec have a 50 mA 12V DC supply like the SMVector?

The i510 protec/i550 protec offers an improved on-board power supply (100 mA 24V DC supply) compared to the SMVector.

Do I need a separate brake module for my i510 protec/i550 protec like the SMVector?

No, but if dynamic braking is needed, select an i550 protec instead of the i510 protec. The i550 protec has a built-in dynamic braking circuit, therefore an external dynamic braking resistor is required. The i510 protec does not support dynamic braking.

Can the i510 protec/i550 protec run off the keypad like the SMVector?

By default, an i510 protec/i550 protec is programmed to be started/stopped from the terminal strip via a toggle switch wired between 24V and DI1 and speed setpoint set via a potentiometer wired to AI1, 10V, and GI. The i510 protec/i550 protec can be put into full keypad control at any time by pressing the CTRL button and then ENTER. Alternatively, the user may program the drive to always be in keypad control.

Are the i510 protec/i550 protec control terminals screw type like the SMVector?

As a usability improvement over the SMVector, the i510 protec/i550 protec terminal are push in (spring loaded clamp) terminals to facilitate ease of wiring.

Does the SMVector EPM memory module work in the i510 protec/i550 protec?

EPM memory modules are not interchangeable between the SMVector and i510 protec/i550 protec. The SMVector used a gray EPM memory module while the i510 protec/i550 protec uses a white EPM memory module. The white EPM memory modules have more memory to accommodate the advanced feature set of the i510 protec/i550 protec.

Are the MAINS input power terminal and MOTOR terminals in same location?

No. The location of MAINS input power terminal and MOTOR terminals are different. The SMVector MOTOR terminal is located on the left and MAINS input power terminal is located on the right. The i510 protec/i550 protec drive’s MAINS input power terminal is located on the left and the MOTOR terminal is located on the right. Please note this important difference.

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