Description
CMZ SVM1608SER Servo Motor – Precision AC servo for mid‑to‑high torque motion axes
CMZ’s SVM1608SER is a robust AC synchronous servo motor built for applications that need accurate positioning and solid continuous torque without fuss. From my experience, this frame size is a sweet spot for packaging machinery, printing lines, indexing tables, and multi-axis gantries where you want higher inertia matching and smooth low-speed control. You might notice that CMZ’s SVM family tends to keep wiring and commissioning straightforward—especially when paired with modern EtherCAT or CANopen drives.
Order Placement Process and Guarantees
- Warranty: 365 days
- Lead time: Typically 1 week if in stock; no more than one month at the latest
- Payment: 50% advance payment; full payment prior to delivery
- Express options: FedEx, UPS, DHL
Key Features
- 160 mm flange, stack “08” – A balanced length/torque variant that fits many retrofit envelopes without redesigning the machine frame.
- High-resolution feedback options – Typically available with incremental or absolute encoders (BiSS-C/EnDat), giving smooth motion and fine positioning.
- Consistent torque with good overload – The SVM build handles short bursts well, which in many cases reduces cycle time on pick-and-place or forming stations.
- Industrial protection – IP65 housing (with proper connectors) and Class F insulation help it stand up to typical plant environments.
- Optional holding brake – Useful on vertical axes; keeps the load safe when the drive is disabled.
- Straightforward cabling – Standard power and feedback connectors; shielded cables keep EMI at bay and make acceptance testing easier.
- Drive ecosystem friendly – Works with 230/400 V-class servo drives; match the encoder protocol and current rating and you’re set.
Technical Specifications
| Brand / Model | CMZ / SVM1608SER |
| Product Type | AC synchronous servo motor (SVM series) |
| HS Code | 8501.52 (AC servo motor, >750 W to ≤75 kW; local classification may vary by exact rating) |
| Power Requirements | Drive-supplied; 230/400 V-class systems, sized to motor current and torque requirements |
| Operating Temperature | Typically 0…+40 °C (non-condensing) |
| Protection / Insulation | IP65 (with sealed connectors); Insulation Class F; shaft seal option for enhanced ingress protection |
| Signal I/O Types | Encoder feedback (incremental or absolute), thermal sensor (PTC/PT1000), 24 VDC brake (if equipped) |
| Communication Interfaces | Encoder protocols typically BiSS‑C or EnDat 2.2; incremental TTL/HTL variants are common (depends on build) |
| Installation Method | Flange mount (IEC frame), B5 style; keyway shaft standard |
| Dimensions & Weight | 160 mm flange class, stack length index 08; typical weight ~14–22 kg depending on options |
Related or Supporting Products
- CMZ SVM1606SER – Same 160 mm flange with a shorter stack; typically lower continuous torque for space-limited builds.
- CMZ SVM1610SER – Longer stack variant; higher continuous torque for dynamic axes or heavier loads.
- CMZ SVM1308SER – 130 mm flange class; a compact alternative when the machine envelope is tight.
- Servo drives (230/400 V class) – Use a drive that matches the motor’s feedback (e.g., BiSS-C/EnDat or incremental) and current rating; EtherCAT or CANopen control in most cases.
- Power and feedback cable sets – Shielded, low-capacitance cables in standard 3 m / 5 m / 10 m lengths; helps maintain EMC and encoder signal integrity.
Installation & Maintenance
- Mounting and alignment – Rigid B5 flange mounting on a flat, clean surface. Align couplings carefully to avoid bearing stress; use flexible couplers on misaligned shafts.
- Cabinet and wiring – Route power and feedback separately; use shielded cables with 360° terminations at the drive. Ground the motor body; keep cable runs away from VFD mains where possible.
- Ventilation – Provide airflow around the motor body; avoid covering cooling fins. In enclosed machines, ensure the ambient stays within 0–40 °C.
- Brake usage – If equipped, power the 24 VDC brake with a protected output from the drive or safety relay. Don’t use the brake for dynamic stopping; it’s a holding device.
- Routine checks – Inspect connectors for looseness, look for abrasion on cables, and check for unusual bearing noise. Clean dust buildup; verify thermal sensor monitoring in the drive.
- Tuning and updates – Perform drive autotune or a fine manual tune after installation. Firmware updates apply to the drive, not the motor, but can improve performance noticeably.
Quality & Certifications
- Certifications: CE conformity; RoHS compliance. UL/CSA availability may depend on specific motor options and cabling.
- Manufacturing: Produced under ISO 9001 quality systems (typical for CMZ motion products).
- Warranty: 12 months from shipment (365 days).








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