VFD Sizing Calculator & Circuit Breaker Selection Guide | SimplyBuy

Free Industrial Selection Tools

Industrial Electrical
Selection Guides — VFD, Contactor,
Soft Starter & More

Specify Correctly. Order Confidently.

Eight free selection guides for industrial buyers, resellers and panel builders — VFD selection, circuit breaker guide, motor starter sizing, contactor sizing, soft starter comparison, automation selection, PLC guide and cable cross section table. Use the guides to specify correctly, then request a confirmed quote from SimplyBuy within 12 hours.

Selection Guides

Major Brands

12h

Quote Response

50+

Countries DDP

⚡

VFD Sizing Guide

Input motor kW + load type → recommended VFD rating and brand references across Schneider, Siemens, ABB and Danfoss.

Selection Guide

🔒

Circuit Breaker Selection Guide

MCB vs MCCB vs ACB — step-by-step guide with brand comparison tables for Schneider and Siemens.

Selection Guide

⚙️

Motor Starter Sizing Guide

Select contactor, overload relay and MPCB by motor kW — Schneider, Siemens and ABB comparison table.

Selection Guide

🖥️

PLC & Relay Selection Guide

I/O-based PLC selection guide + relay type comparison — when to use each, and which brand to specify.

Selection Guide

🔌

Contactor Sizing Guide

Select the right AC contactor by motor kW and duty cycle — Schneider TeSys, Siemens SIRIUS and ABB AF series.

Selection Guide

🔄

Soft Starter Sizing Guide

DOL vs Soft Starter vs VFD — when to choose each, and how to size a soft starter for pump and fan applications.

Selection Guide

🏭

Industrial Automation Selection

PLC vs DCS vs SCADA — how to select the right automation architecture for your application and scale.

Selection Guide

🔶

Cable Cross Section Guide

Select cable cross section (mm²) by current rating, material and installation method — IEC 60364 reference table.

Selection Table

Selection Guide

VFD Selection Guide — How to Select the Right Variable Frequency Drive

Selecting the correct VFD starts with matching the drive to your motor power (kW), load type and supply voltage. Oversizing wastes budget; undersizing causes thermal stress and premature failure. Follow this 3-step VFD selection guide to determine the right drive, then confirm with SimplyBuy.

Step 1 — Identify Your Load Type

Variable Torque

Pumps · Fans · Blowers

Load torque increases with speed squared. Current demand is lower at partial speed — significant energy savings possible. Select VFD at 100–110% of motor FLC. Most common application.

→VFD rated current ≥ motor FLC

→Apply 10% derating above 40°C or 1,000m altitude

Constant Torque

Conveyors · Mixers · Compressors

Full torque required at all speeds. VFD must sustain rated current continuously. Select VFD at 110–125% of motor FLC. Ensure VFD thermal rating matches duty cycle.

→VFD rated current ≥ 110% motor FLC

→Check 150% overload capability for 60s

High Inertia

Centrifuges · Large Fans · Crushers

High inrush during acceleration phase. Extended ramp time required. Select VFD at 125–150% of motor FLC. Consider extended acceleration time or braking resistor.

→VFD rated current ≥ 125% motor FLC

→Check braking requirement — resistor or regen unit

Step 2 — Motor kW to Full Load Current Reference (380–415V, 3-phase)

Motor (kW)	FLC @ 400V (A)	VT Min VFD (A)	CT Min VFD (A)
0.75 kW	2.1 A	2.1 A	2.5 A
1.5 kW	3.8 A	3.8 A	4.2 A
2.2 kW	5.5 A	5.5 A	6.1 A
4.0 kW	9.5 A	9.5 A	10.5 A
5.5 kW	12.5 A	12.5 A	13.8 A
7.5 kW	16.5 A	16.5 A	18.2 A
11 kW	23 A	23 A	25.3 A
15 kW	30 A	30 A	33 A
22 kW	44 A	44 A	48 A
30 kW	58 A	58 A	64 A
37 kW	72 A	72 A	79 A
45 kW	86 A	86 A	95 A
55 kW	104 A	104 A	115 A
75 kW	140 A	140 A	154 A

Step 3 — Brand Comparison

Brand	Recommended Series	Best Application	Key Feature
Schneider Electric	`Altivar ATV320`	Pump, fan, conveyor	EcoStruxure ready, built-in EMC filter
Siemens	`SINAMICS G120`	General industrial	TIA Portal integration, PROFINET
ABB	`ACS880`	Demanding process	Direct torque control, wide voltage range
Danfoss	`FC302`	Pump & fan specialist	Built-in cascade control, energy optimiser

⚠️ Always verify final VFD selection with the manufacturer's selection software or SimplyBuy's engineering team before ordering — especially for high-inertia, regenerative or multi-motor applications.

Ready to order? SimplyBuy returns confirmed VFD pricing across all brands within 12 hours.

Get a Confirmed VFD Quote →

Selection Guide

Circuit Breaker Selection Guide — MCB, MCCB or ACB?

Choosing the wrong circuit breaker type is one of the most common specification errors in LV panel design. This circuit breaker selection guide covers the three main types — MCB, MCCB and ACB — and how to match the right protection device to your rated current and application.

Step 1 — Select Circuit Breaker Type by Rated Current

MCB

Up to 125A

Miniature Circuit Breaker — for residential, light commercial and branch circuit protection. Fixed trip characteristics, DIN rail mounting. Quick and cost-effective for standard final distribution.

→Residential distribution boards

→Light commercial panels

→Branch circuit protection

MCCB

16A – 1,600A

Moulded Case Circuit Breaker — adjustable trip settings, higher breaking capacity. For motor protection, industrial feeders and sub-distribution. Accepts motor operators, auxiliary contacts and electronic trip units.

→Industrial feeder protection

→Motor protection (>15kW)

→Sub-distribution panels

ACB

630A – 6,300A

Air Circuit Breaker — for main distribution and generator protection in large industrial facilities and data centres. Fully withdrawable, energy metering and Modbus/PROFIBUS communication built in.

→Main LV distribution

→Generator protection

→Data centres & substations

Step 2 — Match Protection Requirement to Product Type

Protection Requirement	Recommended Product	Notes
Overload + short circuit only	Standard MCB or MCCB	MCB for ≤125A; MCCB for higher ratings
Earth leakage protection	RCCB / RCBO / MCCB + ELR	30mA for personnel; 300mA for equipment
Motor protection (high inrush)	MPCB (Manual Motor Protector)	Replaces MCCB + overload relay in one device
Adjustable trip settings	MCCB with electronic trip unit	Schneider ComPact NSX / Siemens 3VL with ETU
Remote operation / motorised	MCCB or ACB + motor operator	Add rotary motor operator accessory to MCCB/ACB
Metering + communication	ACB with Modbus / PROFIBUS trip unit	Schneider MasterPact MTZ / Siemens 3WL

Step 3 — Brand Comparison

Schneider Electric

Series	Type	Range	Key Feature
`Acti 9 iC60`	MCB	1A–63A	DIN rail, residential & commercial
`EasyPact CVS`	MCCB	16A–630A	Economic, IEC 60947-2
`ComPact NSX`	MCCB	16A–630A	Micrologic trip unit, PROFIBUS
`MasterPact MTZ`	ACB	800A–6,300A	Fully digital, IEC/UL dual listed

Siemens SENTRON

Series	Type	Range	Key Feature
`SENTRON 5SL`	MCB	0.5A–63A	IEC 60898-1, DIN rail
`SENTRON 3VL`	MCCB	16A–1,600A	ETU trip unit, withdrawable
`SENTRON 3WL`	ACB	630A–6,300A	Modbus / PROFIBUS, draw-out

💡 For motor protection applications, an MPCB (Manual Motor Protector) + contactor combination may replace both the MCCB and overload relay — simplifying wiring and reducing panel space. Ask SimplyBuy to recommend the right combination for your motor rating.

Need a confirmed circuit breaker selection and quote?

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Selection Guide

Motor Starter Sizing Guide — Contactor, Overload Relay & MPCB Selection

A motor starter consists of three components: a contactor, an overload relay and a short-circuit protection device (MPCB or fuse). Use this motor starter sizing guide to select the correct rating for each — then match to the right brand.

Step 1 — Select Starter Type

DOL

Up to ~15 kW

Direct On Line — simplest, lowest cost. Inrush 6–8× FLC. Best for small motors, simple loads.

Star-Delta

15–200 kW

Reduces inrush to 2–3× FLC. Requires 3 contactors. Standard for conveyors and pumps above 15 kW.

Soft Starter

Any Size

Controls inrush to 1.5–4× FLC. Smooth ramp-up, soft stop. No speed control during run.

VFD

Any Size

Full speed control + energy saving. Inrush ≤1× FLC. Higher cost. Best for pumps and fans.

Step 2 — Component Sizing by Motor kW (DOL, 380V, AC-3 duty)

Motor (kW)	FLC (A)	Schneider Contactor	Schneider O/L Relay	Siemens Contactor	ABB Contactor
0.75 kW	2.1 A	`LC1D09`	`LRD05`	`3RT2015`	`AF09`
2.2 kW	5.5 A	`LC1D09`	`LRD07`	`3RT2015`	`AF09`
5.5 kW	12.5 A	`LC1D12`	`LRD12`	`3RT2016`	`AF12`
7.5 kW	16.5 A	`LC1D18`	`LRD16`	`3RT2016`	`AF16`
11 kW	23 A	`LC1D25`	`LRD21`	`3RT2026`	`AF26`
15 kW	30 A	`LC1D32`	`LRD21`	`3RT2026`	`AF26`
22 kW	44 A	`LC1D40A`	`LRD22`	`3RT2027`	`AF38`
30 kW	58 A	`LC1D50A`	`LRD332`	`3RT2035`	`AF52`
37 kW	72 A	`LC1D65A`	`LRD340`	`3RT2036`	`AF65`
45 kW	86 A	`LC1D80`	`LRD350`	`3RT2037`	`AF80`

💡Coil voltage must match your control circuit voltage — typically 24V DC, 110V AC or 220–240V AC. Specify coil voltage when ordering. Most models have multiple coil voltage options available.

Need contactor pricing across all brands? SimplyBuy supplies TeSys D, SIRIUS and ABB AF on one order.

Get Contactor Quote →

Selection Guide

PLC & Relay Selection Guide — How to Select the Right Control Device

Selecting a PLC or relay involves matching I/O count, logic complexity and communication requirements to your application. This guide covers the most commonly specified PLCs and relay types supplied by SimplyBuy.

🖥️

PLC Selection Guide

How to select a PLC for your application

Step 1 — Define Your I/O Requirements

I/O Count	PLC Tier	Typical Use
Up to 14	Nano / Micro PLC	Simple machines, standalone equipment
16 – 128	Compact PLC	Small to mid-size machines, packaging
128 – 1,024	Modular PLC	Process control, large panel systems
1,000+	Rack-based	Plant-wide automation, DCS integration

Step 2 — Siemens PLC Selection Guide

Series	I/O Range	Best For
`S7-1200`	Up to 284	Standalone OEM machines, PROFINET
`S7-1500`	Up to 32,768	Complex process, motion control, safety
`S7-300`	Up to 32,768	Retrofit and maintenance projects

PLC vs Relay Control — Quick Decision

Use PLC when

Logic is complex or needs reprogramming

Fault logging / diagnostics required

HMI or SCADA integration needed

I/O count exceeds 8 points

Use Relay when

Logic is simple and fixed

Budget is primary driver

I/O count is 4 or fewer

No reprogramming ever needed

Get PLC Selection Quote →

🔌

Relay Selection Guide

General purpose, timing, monitoring & safety relays

4 Main Relay Types — When to Use Each

⚡ General Purpose Relay

Switching control signals, PLC output interface. Standard NO/NC contacts, DIN rail socket mount.

Schneider RSL · Siemens 3TH · Omron MY

⏱️ Timing Relay

Star-delta timing, motor restart delay, process sequence. On-delay / off-delay / interval modes.

Schneider RE8 · Siemens 3RP · Omron H3CR

📊 Monitoring Relay

Phase failure detection, voltage / current monitoring. Critical process and motor protection.

Schneider RM35 · Siemens 3UG · ABB CM

🛡️ Safety Relay

E-stop circuits, light curtain interface, door interlock. SIL2/SIL3 rated, self-monitoring.

Schneider XPSAC · Siemens 3SK · Pilz PNOZ

Relay Selection — Key Specs to Check

Relay Type	Key Specs	Timing Range
General Purpose	Coil voltage, contact A rating, NO/NC	N/A
Timing	Timing mode, voltage, output contact	0.1s – 300h
Monitoring	Function, trip threshold, output contact	Adjustable
Safety	SIL rating, PLe level, self-monitoring	N/A

Get Relay Selection Quote →

Selection Guide

Contactor Sizing Guide — Select the Right AC Contactor

AC contactors are sized by their rated operational current at AC-3 duty — the standard duty for squirrel-cage induction motors. Follow this contactor sizing guide to select the correct frame size, then match coil voltage and brand.

Step 1 — Identify Duty Class

Duty Class	Application	Contactor Selection Rule
AC-3	Standard squirrel-cage motor — normal start/stop	Size to motor FLC. Most common selection.
AC-4	Plugging, inching, reversing, jogging duty	Step up one contactor frame size vs AC-3. Heavier duty contacts required.
AC-2	Slip-ring motor starting and stopping	Consult manufacturer — current profile differs from AC-3.
AC-1	Non-inductive or slightly inductive loads — heaters, resistors	Contactor can be significantly smaller than AC-3 equivalent.

Step 2 — Contactor Sizing Table (AC-3, 380–415V)

Motor (kW)	FLC (A)	Schneider TeSys	Siemens SIRIUS	ABB AF	Chint NC
1.5 kW	3.8 A	`LC1D09`	`3RT2015`	`AF09`	`NC1-0910`
5.5 kW	12.5 A	`LC1D12`	`3RT2016`	`AF12`	`NC1-1210`
11 kW	23 A	`LC1D25`	`3RT2026`	`AF26`	`NC1-2510`
15 kW	30 A	`LC1D32`	`3RT2026`	`AF26`	`NC1-3210`
22 kW	44 A	`LC1D40A`	`3RT2027`	`AF38`	`NC1-4010`
37 kW	72 A	`LC1D65A`	`3RT2036`	`AF65`	`NC2-6510`
55 kW	104 A	`LC1D95`	`3RT2038`	`AF96`	`NC2-9510`

Need contactor pricing across all brands? SimplyBuy supplies TeSys D, SIRIUS and ABB AF on one order.

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Selection Guide

Soft Starter Sizing Guide — When to Use a Soft Starter vs VFD

A soft starter controls the voltage ramp during motor startup and stopping — reducing mechanical shock and inrush current without providing speed control during normal operation. Use this guide to determine whether a soft starter is the right choice for your application.

Step 1 — Soft Starter vs VFD vs DOL: Decision Guide

Requirement	DOL	Soft Starter	VFD
Reduce inrush current	✗	✓	✓
Smooth mechanical start/stop	✗	✓	✓
Speed control during operation	✗	✗	✓
Energy saving on pumps/fans	✗	✗	✓
Lower cost vs VFD	✓✓	✓	✗
Built-in motor protection	✗	✓	✓

Step 2 — Soft Starter Brand Comparison by Motor kW (380–415V, 3-phase)

Motor (kW)	FLC (A)	Schneider Altistart	Siemens 3RW	ABB PSR/PST
5.5 kW	12.5 A	`ATS01N212QN`	`3RW4023`	`PSR9-600-70`
11 kW	23 A	`ATS01N225LU`	`3RW4026`	`PSR25-600-70`
22 kW	44 A	`ATS48C21Q`	`3RW4036`	`PST37-600-70`
37 kW	72 A	`ATS48C32Q`	`3RW4045`	`PST72-600-70`
55 kW	104 A	`ATS48C48Q`	`3RW4055`	`PST105-600-70`
90 kW	169 A	`ATS48C66Q`	`3RW4074`	`PSTB170-600-70`

Need confirmed soft starter pricing? SimplyBuy quotes Altistart, Siemens 3RW and ABB PST on one order.

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Selection Guide

Industrial Automation Selection Guide — PLC vs DCS vs SCADA

Selecting the right industrial automation architecture depends on application scale, process complexity and communication requirements. This guide covers the three main tiers and how to choose between them.

PLC

Programmable Logic Controller

Best for machine-level control and discrete manufacturing. Fast scan times (1–10ms). IEC 61131-3 programming. Typical I/O: 8 to 32,768 points.

→Machine tools, conveyors, packaging lines

→Motor control panels, LV automation

→Siemens S7-1200/1500, Schneider M221/M241

DCS

Distributed Control System

Best for large-scale continuous process control — oil & gas, chemical, water treatment. Distributed I/O architecture. High redundancy and reliability built-in.

→Oil & gas refineries, chemical plants

→Water and wastewater treatment

→Schneider M580 PAC, Yokogawa CENTUM

SCADA

Supervisory Control & Data Acquisition

Supervisory layer over PLCs and RTUs — data acquisition, visualisation and alarm management across geographically distributed assets.

→Power grids, pipelines, remote monitoring

→Building management systems

→Ignition, Wonderware, WinCC, iFIX

PLC Selection by I/O Count — Siemens & Schneider Quick Reference

I/O Count	Tier	Siemens	Schneider	Typical Use
Up to 14	Nano/Micro	`LOGO! 8`	`Zelio Logic`	Simple machines, standalone equipment
16–128	Compact	`S7-1200`	`M221 / M241`	OEM machines, packaging, motor panels
128–1,024	Modular	`S7-1500`	`M580 ePAC`	Process control, large panel systems
1,000+	Rack / PAC	`S7-1500H`	`M580 Hot Standby`	Plant-wide, redundant, DCS-class

Need PLC, HMI or automation component pricing? SimplyBuy quotes Siemens and Schneider on one order.

Get Automation Products Quote →

Selection Table

Cable Cross Section Selection Guide — Select by Current, Material & Installation Method

Cable cross-section (mm²) must be matched to the continuous current rating, conductor material and installation method. Under-sized cables cause overheating; over-sized cables add unnecessary cost. This table is based on IEC 60364-5-52 — the international standard for wiring installation.

Method B1 / B2

Cable in conduit on wall, or clipped directly to surface. Most common installation method in panels and buildings.

Method E / F

Cable on open tray, ladder or free in air. Better heat dissipation — allows higher current rating for same cross-section.

Method D

Cable buried directly in ground or in underground duct. Lower rating than tray — soil thermal resistance limits heat dissipation.

Copper Conductor — Current Capacity by Installation Method (A) · IEC 60364-5-52 · 30°C ambient

Cross Section	Method B1/B2 In conduit / clipped	Method E/F On tray / in air	Method D Underground	Typical Use
1.5 mm²	16 A	21 A	22 A	Lighting circuits, control wiring
2.5 mm²	21 A	28 A	29 A	Small socket outlets, small motors ≤1.5kW
4 mm²	27 A	36 A	38 A	Motors 2.2–4kW, sub-distribution
6 mm²	34 A	46 A	47 A	Motors 5.5–7.5kW, large sockets
10 mm²	46 A	63 A	63 A	Motors 11kW, feeder circuits
16 mm²	61 A	85 A	79 A	Motors 15–18.5kW, main feeders
25 mm²	80 A	112 A	101 A	Motors 22–30kW, incoming feeders
35 mm²	99 A	138 A	122 A	Motors 37kW, sub-main cables
50 mm²	119 A	168 A	144 A	Motors 45–55kW, main distribution
70 mm²	151 A	213 A	178 A	Motors 75kW, large feeders
95 mm²	182 A	258 A	211 A	Motors 90–110kW, main cables
120 mm²	210 A	299 A	240 A	Motors 132kW+, main incomer

Aluminium Conductors

Aluminium has approximately 80% of the current capacity of copper for the same cross-section. To convert: multiply copper current values by 0.8, or select aluminium cable one size larger (e.g. use 35mm² Al where 25mm² Cu is specified). Minimum practical size for aluminium is 16mm² due to connection reliability.

Derating Factors

Ambient temp 40°C× 0.91

Ambient temp 50°C× 0.82

3 cables grouped on tray× 0.82

6 cables grouped on tray× 0.73

Need cable sizing confirmed for your project? Our engineering team can verify selection before you order.

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Product Catalogs

Product Selection Guide Downloads — PDF Catalogs by Category

Official product catalogs for VFD, circuit breaker and motor control selection. Download for immediate reference — no registration required.

⚡ VFD — Variable Frequency Drive Selection Guide PDF

Schneider Electric

Altivar ATV320 VFD — Selection & Type Code Reference

0.18–22kW · 200–500V · Frame sizes · IP ratings · Communication options · Complete type code table for VFD sizing and ordering.

Download VFD Selection Guide PDF

Inovance

Inovance VFD — Product Selection Catalog

Inovance AC drive series selection guide — power range, voltage options, application notes for pumps, fans and general industrial use.

Download VFD Catalog PDF

🔒 Circuit Breaker — Selection Guide PDF

Schneider Electric

Compact NSX MCCB — Accessories & Selection Guide PDF

NSX 100–630 accessories: motor operator, MX/MN trip coils, Vigi earth leakage module, rotary handle. Complete part numbers for circuit breaker selection.

Download Circuit Breaker Selection PDF

Square D by Schneider Electric

PowerPact MCCB — UL 489 Selection Guide PDF

PowerPact B/H/J/L/P/R frame series · UL 489 certified · North American standard MCCB · Trip unit configurations & accessory part numbers.

Download MCCB Selection PDF

⚙️ Motor Control — Contactor & Starter Selection Guide PDF

Schneider Electric

TeSys Deca LC1-D Series — Contactor Selection Guide PDF

9A–150A AC contactors · Coil voltage options · Auxiliary contact accessories · Overload relay matching · Motor starter wiring diagrams.

Download Contactor Selection PDF

Schneider Electric

TeSys Motor Starters & Protectors — Selection Guide PDF

DOL and reversing motor starters · Manual motor protectors · MPCB selection tables · Motor branch circuit wiring diagrams and part numbers.

Download Motor Starter PDF

Need a Siemens or ABB datasheet not listed? Email us — we'll send it within 24 hours.

FAQ

Frequently Asked Questions — Industrial Product Selection

How do I size a VFD for a pump?

For a variable torque pump application, select a VFD rated at 100–110% of the motor's full load current. Size to the VFD's output current rating, not just motor kW. A 15kW pump at 380V draws approximately 30A — select a VFD rated for at least 30A output. Apply a 10% margin for ambient above 40°C or altitude above 1,000m. SimplyBuy recommends Schneider Altivar ATV320 or Siemens SINAMICS G120 for standard pump duty.

What is the difference between MCB and MCCB?

An MCB (Miniature Circuit Breaker) has a fixed trip current, rated up to 125A, used for final distribution circuits. An MCCB (Moulded Case Circuit Breaker) has adjustable trip settings and covers 16A to 1,600A — used for motor protection, feeder protection and sub-distribution. For motor protection above 15kW, an MCCB or MPCB is almost always the correct choice over an MCB.

What size contactor do I need for a 15kW motor?

A 15kW motor at 380V 3-phase draws approximately 30A full load current. For AC-3 duty, you need a contactor rated for at least 30A AC-3 — for example Schneider LC1D32, Siemens 3RT2026 or ABB AF26. Always match the overload relay: Schneider LRD21 for LC1D32, Siemens 3RU2126 for 3RT2026.

VFD vs soft starter — which should I choose?

Choose a VFD when you need speed control during operation, energy saving on variable torque loads, or precise process control. Choose a soft starter when you only need to control inrush current at start/stop and the motor always runs at full speed during normal operation. A soft starter costs 30–50% less than a VFD for the same motor rating but provides no speed control.

How do I select a PLC for my application?

Start with three questions: (1) How many I/O points do you need? (2) Do you need motion control, PROFIBUS/PROFINET, or safety functions? (3) Which software ecosystem does your team use? For Siemens TIA Portal users, the S7-1200 covers most standalone machine applications up to 284 I/O. For larger systems or process control, the S7-1500 is the correct choice.

When should I use a monitoring relay instead of a PLC?

Use a monitoring relay when the protection function is single and fixed — for example, phase failure detection on a 3-phase motor, or voltage monitoring on a generator output. A monitoring relay costs a fraction of a PLC and requires no programming. Use a PLC when multiple monitoring functions need to be combined with control logic, fault logging, or HMI integration.

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Send us your part number, project specs, or BOM—we’ll help match parts, verify specs, and recommend alternatives.

Industrial Electrical
Selection Guides — VFD, Contactor,
Soft Starter & More

VFD Selection Guide — How to Select the Right Variable Frequency Drive

Circuit Breaker Selection Guide — MCB, MCCB or ACB?

Motor Starter Sizing Guide — Contactor, Overload Relay & MPCB Selection

PLC & Relay Selection Guide — How to Select the Right Control Device

Contactor Sizing Guide — Select the Right AC Contactor

Soft Starter Sizing Guide — When to Use a Soft Starter vs VFD

Industrial Automation Selection Guide — PLC vs DCS vs SCADA

Cable Cross Section Selection Guide — Select by Current, Material & Installation Method

Product Selection Guide Downloads — PDF Catalogs by Category

Frequently Asked Questions — Industrial Product Selection

CONTACT US

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Industrial Electrical Selection Guides — VFD, Contactor, Soft Starter & More

VFD Selection Guide — How to Select the Right Variable Frequency Drive

Circuit Breaker Selection Guide — MCB, MCCB or ACB?

Motor Starter Sizing Guide — Contactor, Overload Relay & MPCB Selection

PLC & Relay Selection Guide — How to Select the Right Control Device

Contactor Sizing Guide — Select the Right AC Contactor

Soft Starter Sizing Guide — When to Use a Soft Starter vs VFD

Industrial Automation Selection Guide — PLC vs DCS vs SCADA

Cable Cross Section Selection Guide — Select by Current, Material & Installation Method

Product Selection Guide Downloads — PDF Catalogs by Category

Frequently Asked Questions — Industrial Product Selection

CONTACT US

Email

Tel

Address

Get A Fast Quote

simplybuyind.com

simplybuyindustrial.com

simplybuypower.com

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Download Catalog

Industrial Electrical
Selection Guides — VFD, Contactor,
Soft Starter & More