Series
Find the right series before choosing an exact model.
27 series available· Page 1 / 3
Series Results
ACS580
ACS580 is ABB's general-purpose drive family for mainstream pump, fan, conveyor, compressor, and utility motor-control work where the project needs a broad industrial VFD platform without moving into ABB's more application-heavy drive branches. Compared with ACS880, ACS580 is usually the simpler family choice for standard duty, straightforward cabinet integration, and familiar general-purpose commissioning. Compared with SINAMICS G120, it stays in the ABB ecosystem and is usually the cleaner branch when the project already expects ACS580 hardware behavior, ABB tooling, and adjacent ACS580 power steps. Use this family when the drive decision is still inside ABB general-purpose VFD territory and the next question is which ACS580 rating, frame, or cabinet fit is right. Read the product list as a power/current ladder first, then narrow by frame size, installation constraints, and the exact control or replacement context.
ACS880
ACS880 becomes the stronger fit for higher-performance drive projects where the shortlist still depends on application control depth, integration flexibility, and replacement posture before the exact model is fixed. In Variable Frequency Drives, the real separation usually comes from control depth, application-side flexibility, and migration path for demanding drive duties. Keep ACS880 in play when the job is no longer a baseline general-purpose drive selection and the comparison now turns on tighter process control, machine-drive behavior, or higher integration expectations. Drop ACS880 when the project only needs straightforward standard-drive coverage and the extra control depth no longer changes the result. For replacement work, separate installed-base continuity from new-performance upgrades so the family decision reflects the real application target instead of a generic premium-drive preference.
ET 200SP BU15 BaseUnits
ET 200SP BU15 BaseUnits is the baseline branch for cabinet ET200 projects where terminal arrangement, potential-group layout, and spare strategy still need to be stabilized before the exact base unit is chosen. Within Launch Refresh 2026-03-14, the practical separation comes from terminal layout, potential-group planning, and broad ET 200SP compatibility. Use this branch when the project already points to ET 200SP but still needs a stable cabinet-base family before the exact order code is fixed. For retrofit and spare work, keep the installed footprint and documentation path in view so the baseline ET 200SP choice remains supportable over time. Compare it against shielded and high-feature variants when EMC handling, denser terminations, or more segmented layouts might change the shortlist.
ET 200SP BU20 BaseUnits
ET 200SP BU20 BaseUnits is the Siemens ET 200SP base-unit branch that usually makes sense when the installation still belongs in the ET 200SP platform but the wiring concept points to screw-terminal base units rather than push-in handling. Compared with BU15, BU20 is the more natural family when the project, the maintenance routine, or the installed-base expectation still favors screw terminations. Compared with BU30, it is usually the cleaner choice when the cabinet does not need the denser or more feature-heavy base-unit branch and the priority is a stable ET 200SP cabinet wiring baseline. Keep this family in scope when the ET 200SP decision is already made and the next question is which screw-terminal base-unit layout matches the module, potential-group, and wiring plan. Read the product list as a base-unit fit map first, then narrow by exact terminal arrangement, shield handling, and the required module pairing.
ET 200SP BU30 BaseUnits
ET 200SP BU30 BaseUnits is the denser Siemens ET 200SP base-unit branch for projects that still belong in ET 200SP but need a more feature-rich or tighter cabinet-side base-unit layout than the BU15 or BU20 families. Compared with BU15 and BU20, BU30 is usually the stronger family when the installation benefits from a denser terminal concept, more segmented base-unit handling, or a higher-feature ET 200SP layout. It is usually unnecessary when the project only needs the simpler standard cabinet branch and there is no clear density or layout pressure. Keep this family in scope when the ET 200SP platform is fixed and the remaining decision is how compact or segmented the base-unit layout should be. Read the product list as a higher-density ET 200SP map first, then narrow by exact base-unit code, terminal arrangement, and module pairing.
Mitsubishi MELSERVO MR-J4
Mitsubishi MELSERVO MR-J4 is a Mitsubishi Electric product family in Servo Drives and Amplifiers. Use this series page to compare lifecycle status, key engineering constraints, and available models (2 indexed) before selecting a part number.
Omron G9SE Safety Relays
Omron G9SE Safety Relays is Omron's compact safety-relay family for hardwired machine-safety circuits where the project still needs a discrete relay solution rather than a safety PLC or a more modular relay architecture. Compared with Pilz PNOZ X and Siemens SIRIUS 3SK2, G9SE is usually the more compact branch when the safety function set is straightforward and the design priority is a clean hardwired relay path. It is less natural when the panel clearly needs a more modular safety architecture or when the project is already standardized on another vendor's safety platform. Keep this family in scope when the machine still points to compact safety relays and the remaining question is which G9SE variant fits the required safety function and contact set. Read the product list by function block and output arrangement first, then narrow by reset logic, channel structure, and panel-space constraints.
Panasonic MINAS A6
Panasonic MINAS A6 is a Panasonic product family in Servo Drives and Amplifiers. Use this series page to compare lifecycle status, key engineering constraints, and available models (2 indexed) before selecting a part number.
Pilz PNOZ X Safety Relays
Pilz PNOZ X Safety Relays is the Pilz fixed-function safety-relay family for hardwired machine-safety circuits where the design still favors classic relay logic and a well-established Pilz relay branch before exact model selection. Compared with Omron G9SE, PNOZ X is the more natural family when the installed base or relay preference already points toward the Pilz ecosystem. Compared with Siemens SIRIUS 3SK2, it is usually the cleaner choice when the project wants a classic fixed-function safety-relay path rather than a more modular Siemens branch. Keep this family in scope when the machine safety architecture is still hardwired and the remaining question is which PNOZ X variant fits the required safety function and contact layout. Read the product list by monitored function and relay arrangement first, then narrow by supply version, reset behavior, and panel integration needs.
S7-1200 SM1221 Digital Inputs
S7-1200 SM1221 Digital Inputs is the Siemens S7-1200 signal-module branch for adding 24 VDC digital input capacity when the PLC platform is already fixed and the remaining choice is how many field input points the station needs. Compared with SM1222 digital outputs, SM1221 is the input-side family for reading switches, sensors, and status signals rather than driving loads. Compared with SM1231 analog inputs, it is the simpler branch when the field devices are discrete on/off points and the project does not need analog measurement channels or scaling behavior. Keep this family in scope when the controller is already S7-1200 and the next question is how much discrete input expansion belongs in the rack. Read the product list by input count and electrical fit first, then narrow by wiring density, terminal layout, and the exact field-device mix.
S7-1200 SM1222 Digital Outputs
S7-1200 SM1222 Digital Outputs is the Siemens S7-1200 signal-module branch for adding discrete output channels when the PLC already belongs in the S7-1200 platform and the next decision is how many field loads the station needs to switch. Compared with SM1221 digital inputs, SM1222 is the output-side family for driving relays, solenoids, indicators, or other discrete loads rather than reading incoming field signals. Compared with SM1231 analog inputs, it is the right branch when the task is on/off actuation instead of analog sensing or process-value acquisition. Keep this family in scope when the rack still needs more discrete output capacity and the controller platform is already settled. Read the product list by output count and output type first, then narrow by electrical interface, load behavior, and the exact cabinet or machine wiring plan.
S7-1200 SM1231 Analog Inputs
S7-1200 SM1231 Analog Inputs is the Siemens S7-1200 signal-module branch for adding analog measurement channels when the controller platform is already S7-1200 and the project needs process values instead of only discrete field points. Compared with SM1221 and SM1222, SM1231 is the branch for analog sensing, scaling, and measured-value acquisition rather than simple on/off inputs or switched outputs. It is usually the right family when the station has to read transmitters, analog sensors, or process signals that do not belong in the digital I/O path. Keep this family in scope when the PLC already sits in the S7-1200 range and the remaining decision is how many analog channels and which signal types the panel needs to support. Read the product list by channel count and analog signal support first, then narrow by resolution, wiring fit, and the intended process-variable mix.