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Indramat USA Wants YOUR Surplus Industrial Parts
Turn your surplus automation inventory into cash FAST. Indramat USA purchases surplus and excess industrial automation components, with a focus on Bosch Rexroth Indramat motors, drives, power supplies, and control hardware commonly used in CNC, packaging, printing, converting, robotics, and general motion-control systems. We’re not an authorized distributor of Bosch Rexroth products—our surplus program is built around buying, testing, refurbishing, and supporting installed-base industrial electronics.
If you want a quick offer, call 1-919-443-0207 or email [email protected] with your part numbers, photos, and quantities.
How to Sell Your Surplus to Indramat USA
What Indramat USA Is Looking to Buy
Below are the product families organized by Motors, Drives, Power Supplies, and Controllers / Control Hardware. For each series, you’ll see what it is, where it’s typically used, why it matters on the surplus market, and example part numbers that match inventory shown on Indramat USA for that same series.
Motors We Buy
MKD Synchronous Motors
MKD motors are classic Bosch Rexroth Indramat synchronous servo motors widely used on legacy motion systems where rugged construction, repeatable fitment, and consistent axis performance matter. They’re common in machine tools, packaging lines, printing equipment, and general automation retrofits because MKD frames and option sets cover a broad range of torque and speed requirements while maintaining standardized mounting dimensions and predictable integration with established Indramat drive platforms. These motors are often purchased as surplus when facilities upgrade machinery but still want spares to protect uptime on remaining installed systems, especially when the motor’s feedback and brake configuration must match existing wiring and parameters. Example MKD listings include MKD025B-144-KP0-KN, MKD071B-061-GG1-KN, MKD112D-027-GG0-AN, MKD071B-035-GP0-KN, and MKD090B-047-GP0-KN.
MSK IndraDyn S Synchronous Motors
MSK motors (IndraDyn S) are newer-generation synchronous servo motors designed for high dynamic response, compact footprints, and modern feedback integration used in precision automation. They’re commonly paired with IndraDrive platforms for accurate speed, torque, and positioning control, especially on machines that require fast acceleration, stable tuning, and repeatable motion over long production cycles. MSK units tend to be valuable surplus items because machine builders and end users often standardize on this family across multiple axes, and exact model matching helps minimize commissioning time when replacing a failed motor. Example MSK listings include MSK100C-0300-NN-S1-RG0-NNNN, MSK070D-0300-NN-M1-UP0-NNNN, MSK050C-0300-NN-M1-UG1-NNNN, MSK070E-0450-NN-M1-UG0-NNNN, and MSK101D-0200-NN-S1-AG0-NNNN.
MHD Synchronous Motors
MHD motors are permanent-magnet synchronous servo motors frequently found in established Indramat motion installations where long service life and consistent axis behavior are priorities. They remain common in industries like printing, packaging, and textiles where installed bases are large and downtime risk is expensive, so plants keep identical spares rather than redesigning an axis. Surplus value typically depends on the exact variant, including feedback type and mechanical options, because “close” part numbers aren’t always plug-and-play in a cabinet that’s already tuned and parameterized. Example MHD listings include MHD112B-024-NP0-BN, MHD112B-058-PP0-BN, MHD112B-058-NG0-AN, and MHD090B-035-NG0-UN.
MDD Synchronous Motors
MDD motors are AC servo motors used in digital-drive ecosystems where stable servo performance and serviceability are important for multi-axis machinery. They’re common in packaging, robotics, printing, and textile systems where the motor family’s standardized mechanical interfaces and configuration options allow maintenance teams to stock predictable replacements. On the surplus market, MDD motors are often purchased by facilities maintaining legacy lines and by integrators supporting retrofit projects where matching an existing motor avoids rewiring, remounting, or changing control settings. Example MDD listings include MDD112D-N-020-N2L-130PB0, MDD090B-N-020-N2L-110PA0, MDD093C-N-020-N2M-110PB1, and MDD071B-N-030-N2T-095GB0.
MKE Servo Motors
MKE motors are designed for applications that require additional environmental or compliance considerations while still delivering servo-level control and integration into compatible automation systems. These motors are commonly sourced when a facility must maintain a specific motor family for a regulated area or when replacing equipment in environments that demand more stringent operational constraints. On surplus purchases, the exact configuration matters because compliance-related options and mechanical variants often dictate whether the motor can be used as a direct replacement. Example MKE listings include MKE096B-047-NP0-KN, MKE118B-024-AP0-KE4, MKE118B-058-CP1-KE4, and MKE047B-144-CG0-AUNN.
2AD 3-Phase Induction Motors
2AD motors are industrial 3-phase induction motors used in applications where robust AC motor performance is required, often under drive control depending on the machine design. They show up in heavier-duty industrial environments where long runtime, durability, and straightforward mechanical integration are central to keeping production moving. Surplus purchases of 2AD motors often focus on clean condition and accurate nameplate identification so the replacement matches the original machine requirements without reengineering. Example 2AD listings include 2AD160B-B35OA1-BS03-A2N1 and 2AD134D-B05OB1-CS06-B2N1.
KSM Motor-Integrated Servo Drives
KSM units combine a servo motor with integrated drive electronics, enabling distributed motion architectures that reduce panel space and simplify cabling when a machine is designed for motor-level drive placement. These are typically used where the builder wants compact, modular axis assemblies and faster installation while maintaining standardized control strategies across the machine. KSM surplus value is strongly tied to exact model and electronics configuration, because the integrated drive must match the network, firmware expectations, and axis requirements. Example KSM listings include KSM02.1B-061C-35N-M1-HP0-ET-NN-D7-NN-FW and KSM02.1B-061C-35N-M1-HG0-ET-SD-D7-NN-FW.
Drives & Power Supplies We Buy
HVR Power Supply Units
HVR power supply units support Indramat drive systems by stabilizing the DC bus and managing how energy flows within cabinet-based motion architectures, which becomes especially important during braking, deceleration, and multi-axis load changes. These units are common in systems where supply behavior and cabinet integration must remain consistent across many axes to maintain reliable performance. On surplus purchases, HVR units are typically evaluated by exact part number and condition because supply modules are foundational components, and mismatches can impact an entire drive lineup rather than a single axis. Example HVR listings include HVR03.2-W045N, HVR02.2-W025N, and R911190264 (HVR03.2-W045N/S201).
HVE Power Supply Units
HVE power supplies are used in shared DC-bus cabinet architectures where multiple drives rely on a centralized supply arrangement, and stable power behavior is essential for consistent axis response. They’re common in multi-axis cabinets where the machine was designed around a particular power structure, making direct replacements valuable when a supply fails. Surplus value typically depends on the exact rating and variant because supply capacity and cabinet compatibility determine whether the unit is a workable replacement. Example HVE listings include HVE02.2-W018, HVE03.2-W030N, and HVE04.2-W075N (R911190002).
HDD Drive Controllers
HDD drive controllers are cabinet-based motion-control components used in demanding applications where deterministic control and reliable axis behavior are critical, such as machine tools, printing, packaging, and coordinated motion systems. They’re often part of multi-axis architectures where one controller’s replacement must align with existing networks, control strategies, and axis tuning. HDD units are frequently purchased as surplus because they keep established machines running without requiring a full control conversion that would increase downtime and engineering costs. Example HDD listings include HDD12.2-W040N and HDD02.2-W040N-H.
HMD Double Axis Drive Components
HMD units support higher axis density by consolidating drive capability in a way that helps cabinet designers reduce space and simplify multi-axis builds. They’re commonly used in modernized or modular cabinet strategies where matching the original architecture reduces rewiring and recommissioning work. On surplus purchases, HMD components are typically chosen by exact part number to preserve compatibility with the control structure, power distribution, and expected axis performance. Example HMD listings include HMD01.1N-W0036 and R911298766 (HMD01.1N-W0036-A-07-NNNN).
HCS IndraDrive Controllers
HCS drive controllers are used for modern single-axis and multi-axis motion tasks where cabinet space, modular configuration, and standardized communications are important. They’re valued in the surplus market because they span multiple current ratings and configuration options, and matching an existing HCS controller can significantly reduce commissioning time compared to switching drive families. Condition, connector integrity, and exact variant details matter because control interfaces and feedback expectations often determine whether a replacement is drop-in or requires engineering changes. Example HCS listings include HCS01.1E-W0018-A-03, HCS02.1E-W0012-A-03-NNNN, HCS01.1E-W0028-A-03-A-CC-EC-ET-S4-NN-FW, and HCS02.1E-W0028-A-03-NNNV.
DKC Drive Controllers
DKC drive controllers (EcoDrive family) are widely installed on legacy motion systems and remain high-demand surplus items because many facilities still support large installed bases of these platforms. They’re frequently used in automation equipment where maintaining compatibility with existing motors, feedback, and cabinet layouts is more practical than redesigning the axis around a newer platform. On surplus transactions, exact model matching is important because rating, interface, and firmware expectations can vary across similar-looking units. Example DKC listings include DKC03.3-040-7-FW, DKC03.3-100-7-FW, DKC11.3-040-7-FW, and DKC02.3-040-7-FW.
DKR Drive Controllers
DKR controllers are used in higher-power applications where current capacity and robust power handling are key requirements, and they’re often found in heavier-duty automation environments. They’re frequently sourced as surplus because replacing the original drive controller is typically faster and less risky than redesigning the power and control strategy of the machine. The exact type code matters because options and interfaces can determine suitability for the intended motor and cabinet design. Example DKR listings include DKR03.1-W200N-B, DKR02.1-W300, and DKR02.1-W200N-BA04-01-FW.
DDS Drive Controllers
DDS drive controllers are modular drives used in Indramat ecosystems where interface options and slot-based configuration tailor the drive to specific machine requirements. They’re often found in multi-axis environments where maintaining consistent drive behavior across a cabinet is important for machine stability. Surplus value is typically driven by exact model and condition, because plants often need like-for-like replacements to preserve parameterization and reduce downtime. Example DDS listings include R911265331 (DDS02.2-A100-BE12-01-FW) and DDS02.1-F200-D.
CDB Drive Controllers
CDB units are double-axis drive controllers used where higher axis density and cabinet efficiency matter, often in automation systems that benefit from compact multi-axis packaging. They’re commonly purchased as surplus because direct replacements help preserve existing control strategies and reduce commissioning effort. CDB controllers are best identified and valued by complete part number and configuration because interface population and option sets frequently determine how the unit behaves in a specific machine. Example CDB listings include R911324259 (CDB01.1C-SE-EN2-EN2-NNN-MEM-NN-S-NN-FW) and CDB01.1C-ET-EN1-EN2-NNN-NNN-L2-S-NN-FW.
CSB Control Sections
CSB control sections are used in modular drive architectures where communications, I/O, and control strategy are defined by the specific control section installed. They’re often purchased as surplus because replacing the correct control section can restore functionality without needing to re-engineer the cabinet or change the machine’s higher-level control integration. Surplus suitability depends heavily on the exact part number and interface configuration, since mismatches can affect network compatibility and diagnostic behavior. Example CSB listings include R911307298 (CSB01.1C-SE-ENS-MA1-NN-S-NN-FW) and R911340356 (CSB02.1B-ET-EC-EC-L3-NN-NN-FW).
Controllers / Control Hardware We Buy
CLM Axis Positioning Control Modules
CLM modules are positioning controllers used in motion systems where stable axis control, predictable response, and repeatable integration are required across production equipment. They’re frequently seen in packaging, printing, woodworking, and general automation environments where keeping the installed platform running is more cost-effective than a full control conversion. Surplus demand is strong when part numbers are complete and labels are clear, because integrators and maintenance teams often need exact replacements to preserve the machine’s control logic and timing. Example CLM listings include CLM01.4-N-N-2-B-FW and CLM 01.3-X-0-2-0-FW.
CSH Advanced Control System
CSH control units support configurable drive-control architectures where communications, encoder compatibility, and modular customization influence how the system integrates into the overall machine. They’re often sourced as surplus because control hardware replacements are typically chosen to preserve existing network integration and minimize revalidation or re-tuning work. Exact matching matters because control units frequently have variant-specific interfaces and memory or option configurations that affect commissioning behavior and compatibility. Example CSH listings include R911329673 (CSH01.1C-SE-ENS-EN2-NNN-L2-S-NN-FW) and R911306135 (CSH01.1C-SE-EN1-NNN-MEM-S1-S-NN-FW).
Get a Surplus Offer from Indramat USA Today!
We pride ourselves on making the selling process as easy as possible for you. We evaluate the current market of Indramat products to base our offer on and then take into consideration things such as the condition of the parts. Indramat USA will buy surplus products internationally! Do you have new, old, or obsolete items? We're interested, please contact us!
If you want a quick offer, call 1-919-443-0207 or email [email protected] with your part numbers, photos, and quantities. Indramat-USA will respond to you in as fast as 15 minutes during business hours.
