Availability
Millions of parts are available for same-day shipping and next-day delivery.
Free UPS Ground on All Orders!
+1 (919) 205-4392
Millions of automation parts delivered tomorrow
Save money on downtime with the most trusted leading experts in automation replacement and repair.
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's
warranty does not apply. All of our products come with DO Supply's 2-year warranty.
Learn more
Expertise
45+ years of experience to help you find an ideal replacement or repair solution.
Warranty
We stand behind our quality by offering a complimentary 2-Year DO Supply Warranty on all products.
About us
DO Supply is a global leader in replacement parts for industrial automation equipment. Our mission is to elevate the standard of expert support, speed, and reliability for your need-it-now automation replacement and repair needs. Whether it's PLCs, drives, motors, HMIs, or more, you can count on us for the best service and fastest solutions.
45+ years of experience
15k+ satisfied customers served so far
Buy now
Shop with confidence knowing that we offer fast shipping and best-in-class customer service. Explore our large inventory of in-stock automation parts backed by the guarantee of a 2-year DO Supply Warranty.
Explore catalog
Repair
Save money on getting your automation parts repaired for less, backed by our 2-year DO Supply Warranty. We offer quality repairs at the best prices, carried out by expert technicians.
Get started
Sell
We want to buy your industrial automation surplus equipment, including PLCs, drives, motors, HMIs, and more.
Get started
Manufacturers
See all
Shop a large selection of manufacturers and product lines.
IC693CPU374
This CPU module supports Ethernet communication and is equipped with services for PLC programming and configuration. It operates at a processor speed of 200 MHz and includes one IP address with two RJ
In Stock Ships Today
4.0
IC200CHS022
Belonging to the Versamax series, this box-style I/O carrier supports mounting for a single I/O module. It accommodates 36 terminals, with options for solid or stranded wire configurations. The module
In Stock Ships Today
4.7
IC200EBI001
This ENIU features support for slave applications and various I/O module control tasks, equipped with five status LEDs for real-time monitoring. It can be mounted on DIN rail and connects power direct
In Stock Ships Today
4.7
IC695CPE305
The IC695CPE305 RX3i CPU is a central processing unit manufactured by GE Fanuc. It comes with a single slot, 8 local racks, 5 MB of user memory, 1.1 GHz of processor speed, and RS-232 embedded serial
In Stock Ships Today
4.6
IC695CHS012
This universal backplane accommodates up to 12 slots and is compatible with various power supply types, including AC and DC. It features provisions for both expansion and remote backplane connections,
In Stock Ships Today
4.9
IC200CPUE05
This CPU supports Ethernet communication at a data rate of 10 Mbps and includes two serial ports with RS-232 and RS-485 options. Configuration is flexible with a memory capacity of 128 KB, and the mod
In Stock Ships Today
4.8
IC200PNS001
The GE Fanuc IC200PNS001 module is a PROFINET Scanner (PNS) module from the Versamax series. It has a power consumption of 0.6 Amps at 5 Volts DC and two 10/100 Mbps copper shielded RJ-45 media connec
In Stock Ships Today
4.6
IC695PSD040
The GE Fanuc Automation IC695PSD040 module is a power supply module. It operates with a voltage range between 18 and 33 Volts DC.
In Stock Ships Today
5.0
IC693CPU364
The IC693CPU364 module is a CPU module with an Etherent interface. The IC693CPU364 module is compatible with the GE Fanuc Series 90-30 PLCs.
In Stock Ships Today
4.7
View more products
World-leading automation parts availability
Surplus Allen Bradley, GE, Fanuc, Emerson, Eaton, Mitsubishi, Omron, and more.
Testimonials
4.99 /5.0
Recommended
4.99 average / 1417 reviews
Latest updates from the experts
Discover insightful industry knowledge
27 July 2026
Why PowerFlex Drives Fail After a Plant Shutdown
When a plant experiences a planned shutdown, turnaround, holiday outage, or utility maintenance window, one or more PowerFlex drives fail within minutes or hours of re-energization. This is a distinct, recurrent pattern that maintenance engineers in the heavy industry can quickly identify. After years of trouble-free operation, the drive suddenly malfunctions, trips a breaker, or, in the worst situations, literally destroys an IGBT module. It is a foreseeable result of power electronics deteriorating when idle, contaminants and moisture building up when a drive isn’t producing heat, and a plant’s restart cycle interacting with both. The difference between considering every shutdown-related failure as a mystery and creating a restart strategy that stops it is an understanding of these mechanics. The internal parts of a PowerFlex drive are designed to operate continuously or almost continuously. Long-term proper operation of the DC bus electrolytic capacitors, IGBT gate driver boards...
24 July 2026
The Hidden Cost of Running Oversized VFDs
When designing or making electrical installations, the first thoughts often turn to how much safety margin to build into the electrical design so it will withstand a certain amount of overcurrent during an emergency or surge. But when we install a VFD, the idea of putting an oversized one to build in a safety margin actually backfires. An oversized drive does not provide any safety margin — it decreases energy efficiency and motor protection while increasing harmonic distortion and costs. A good rule of thumb is that any drive should not be larger than twice the rating of the connected motor. Drive manufacturers go further and specify that the motor must carry a rating above 50% of the drive. Combining a 150 kW drive with an 11 kW motor gives only a 7.3% ratio. The issue comes from the large difference between the motor’s operating current and the VFD’s rated current range. A VFD measures the output current and uses it for motor control, torque estimation, and electronic overload...
22 July 2026
How PowerFlex Drives Handle Regenerative Loads
DC Drive regen technology isn’t anything new. In fact, they’ve been around since the late 1800s and have been evolving to make industrial systems more efficient. In Rockwell Automation’s PowerFlex lineup, regeneration can be handled through several different architectures, including active front end systems, common-bus systems, regenerative DC drives, and medium-voltage regenerative drives. Today, this lineup extends its regenerative technology to the PowerFlex 755TR, PowerFlex 755TM, PowerFlex 755TL, PowerFlex 7000, PowerFlex DC , and the PowerFlex 700AFE. To understand how a PowerFlex drive handles regenerative loads, it’s best to start at the drive’s front end. In a traditional AC drive with a passive diode front end, incoming AC power is rectified into DC power before the drive inverts it back into controlled AC power for the motor. Under normal motoring operation, that power path is one-directional from the line, through the drive, and out to the motor. When the motor...