Parker DLD13004R – DC servo drive for brushed motors, 130 V class, 4 A continuous

The Parker DLD13004R is a compact, panel‑mount DC servo amplifier from the DLD series, typically used to run brushed DC servomotors in speed or torque mode. If you’re maintaining legacy equipment or upgrading a single axis without changing the entire control system, this model tends to be a practical, low‑risk choice. It accepts an analog command, supports standard feedback, and the “R” suffix generally indicates a regenerative/braking capability and RoHS‑compliant build.

Company’s Order Placement Process and Guarantees

• Warranty period: 365 days
• Delivery time: 1 week for in-stock; no more than one month at the latest
• Payment method: 50% advance payment, full payment for delivery
• Express delivery methods: FedEx, UPS, DHL

Key Features

• 130 V class, 4 A continuous output – Suits a wide range of brushed DC servomotors on small to medium axes.
• Analog command (±10 V) – Easy drop‑in with classic PLC/IPC motion cards; no re‑architecting your control strategy.
• Speed or torque mode – Select what your machine needs: stable velocity regulation or tight torque control.
• Regenerative capability (“R” suffix) – Handles deceleration energy more gracefully; helps reduce external braking hardware in many cases.
• Standard feedback support – Typically works with a DC tachometer and, in many builds, incremental encoder feedback for speed loop integrity.
• Panel‑mount, compact form factor – Fits straightforwardly into existing cabinets; wiring is familiar to maintenance teams.
• Industrial I/O – Enable/Inhibit inputs, status/fault indication, and a relay output for interlocks.
• Robust tuning options – On‑device adjustments for gain/balance make commissioning quick with a handheld meter and scope.

Technical Specifications

Application Fields

From my experience, the DLD13004R fits best in retrofit or expansion projects where a brushed DC servomotor is already specified. You might notice that it shows up often in:

• Packaging and labeling lines – speed control on feeders, sealers, and film drives
• Material handling – indexing tables, pick‑and‑place axes, small conveyors
• Winding/Unwinding – torque regulation for tension control on legacy stations
• Test stands and lab automation – simple torque mode control with analog command
• Machine tool auxiliaries – spindles or feed drives on older equipment where analog interface is preferred

Advantages & Value

• Drop‑in compatibility – Keeps your existing PLC/motion card architecture; typically no fieldbus rework.
• Predictable commissioning – Analog tuning and standard feedback make it straightforward for maintenance teams.
• Lifecycle savings – Extends machine life without a full servo platform migration; spare‑part friendly.
• Stable supply and support – We source verified units and back them with a 365‑day warranty.

Installation & Maintenance

• Cabinet & cooling – Mount vertically on a grounded metal backplate inside an IP54 (or better) cabinet. Leave clearance above/below (typically 100 mm) for convection airflow.
• Power & grounding – Use a dedicated circuit with proper fusing/MCB. Bond PE earth with a low‑impedance connection. Add an EMC mains filter near the drive input if emissions are a concern.
• Wiring – Keep motor/feedback cables shielded and routed away from mains. Verify tach polarity during speed loop setup. Use ferrules and torque terminals per the manual.
• Tuning – Start with conservative gain; confirm zero‑command drift (balance/offset) before enabling. Log final pot settings for future service.
• Routine checks – Quarterly dust cleaning, tighten terminals, inspect for heat discoloration. Encoder/tach connections should be checked if speed ripple appears.
• Protective devices – Where regen is heavy, ensure braking components are rated correctly. Fit a line reactor if your site has high mains distortion.

Quality & Certifications

• CE marked; UL/CSA recognition common on Parker DLD series builds
• RoHS compliance typically indicated by the “R” suffix
• Manufactured under Parker’s ISO 9001 quality system
• Backed by our 365‑day warranty on supplied units

Related and Supporting Components

• Brushed DC servomotor matched to 130 V class, 4 A continuous (Parker legacy DC motors with tachometer are commonly paired)
• DC tachometer or incremental encoder kit for feedback, depending on your control scheme
• EMC mains filter, line reactor, and appropriate fuses/MCB
• Shielded motor/feedback cables and a braking resistor if your duty cycle demands it (even though “R” models handle regen better)

One thing I appreciate is how forgiving the DLD13004R can be during retrofits—most teams get it running quickly with a meter, a small scope, and good wiring discipline. If your application has unusual feedback or rapid decel cycles, share the duty profile and we’ll sanity‑check the match before you place the order.