Oct 13, 2026Success Stories
BARDEN C2M4TGTY60 Super Precision Bearing: Full Specs & Guide
BARDEN C2M4TGTY60 super precision bearing in stock. 60x95x18mm, P4/ABEC-7, 31.5 kN load. Datasheet, lead time, factory-direct quote. Worldwide shipping
BARDEN C2M4TGTY60 Super Precision Bearing: Full Specs & Guide
Complete guide to the BARDEN C2M4TGTY60 super precision bearing: dimensions, load ratings, speed limits, applications, and expert selection & installation tips.
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BARDEN C2M4TGTY60 Super Precision Bearing: The Complete Technical Guide
The BARDEN C2M4TGTY60 super precision bearing is engineered for exactly that challenge — delivering exceptional rotational accuracy, high stiffness, and long service life in the most demanding environments, from aerospace actuation systems to high-speed CNC machine spindles.
In this guide, we break down the full technical specifications, performance advantages, typical applications, and best practices for selecting, installing, and maintaining the C2M4TGTY60 — so you can specify it with confidence.
What Is the BARDEN C2M4TGTY60?
The C2M4TGTY60 is a super precision bearing manufactured by BARDEN, an internationally recognized leader in high-precision bearing technology. Manufactured to P4 (ABEC 7) precision class or better, it achieves radial and axial runout controlled at the micron level.
Key highlights:
- Bore diameter: 60 mm (60.000 mm ±0.002 mm)
- Outer diameter: 95 mm (95.000 mm ±0.003 mm)
- Width: 18 mm (18.000 mm ±0.0015 mm)
- Dynamic load rating (C): 31.5 kN
- Static load rating (C0): 22.4 kN
- Weight: approx. 0.68 kg per bearing
- Fully compatible with ISO standard metric dimensions
Dimensional Data
Parameter | Value |
Bore (d) | 60 mm (±0.002 mm) |
Outer diameter (D) | 95 mm (±0.003 mm) |
Width (B) | 18 mm (±0.0015 mm) |
Chamfer radius (min) | 1.1 mm |
Mounting dimensions | 64 mm min / Da 91 mm max |
Speed Performance
Parameter | Value |
Limiting speed (grease lubrication) | 7,500 rpm |
Limiting speed (oil lubrication) | 9,500 rpm |
Reference speed | 6,300 rpm |
Permissible speed fluctuation | ±5% |
Temperature rise limit | ≤65 °C (continuous operation) |
Load Ratings
Parameter | Value |
Radial dynamic load rating (Cr) | 31.5 kN |
Axial dynamic load rating | 19.8 kN |
Radial static load rating | 22.4 kN |
Axial static load rating | 13.6 kN |
Fatigue limit load | 1.12 kN |
Load factors (X/Y) | 0.56 / 1.55 (radial), 1 / 0 (axial) |
Radial runout under heavy load | ≤0.003 mm |
Material & Physical Properties
Parameter | Value |
Material | High-purity bearing steel (GCr15SiMn) |
Hardness | 62–64 HRC |
Oxygen content | ≤8 ppm |
Operating temperature range | −60 °C to +150 °C (short-term up to 180 °C) |
Thermal expansion coefficient | 11.5 × 10⁻⁶ / °C |
Why Choose the C2M4TGTY60? Key Advantages
1. Superior Manufacturing Precision
- Nano-level superfinishing of raceways — surface roughness Ra ≤0.05 μm
- Controlled-atmosphere heat treatment for uniform material structure
- 100% inspection on dimensions, rotational accuracy, and vibration values
- ISO Class 4 cleanroom assembly environment
- High-strength engineered polymer cage that reduces friction and heat generation
2. Advanced Lubrication & Sealing
- Pre-filled with high-performance fully synthetic grease (−40 °C to +160 °C)
- Grease life exceeding 8,000 hours under standard operating conditions
- Recommended re-lubrication interval: every 5,000 working hours
- Non-contact labyrinth seal design
- Compatible with most mineral-oil and synthetic-oil based lubricants
3. Low Vibration and Noise
- Vibration velocity (Vrms): ≤0.35 mm/s measured at 1,800 rpm
- Noise level: ≤45 dB measured at 1 m under rated speed
- Dynamic balance grade: G0.4
Typical Applications Where Is the BARDEN C2M4TGTY60 Used?
The BARDEN C2M4TGTY60 is the preferred choice wherever precision, reliability, and speed intersect:
Aerospace
- Aircraft engine auxiliary systems
- Helicopter transmission systems
- Spacecraft attitude control mechanisms
- Avionics cooling fans
- Landing gear actuation systems
Precision Machine Tools
- High-precision grinding machine spindles
- CNC lathe motor spindles
- Machining center rotary tables
- Precision boring bar supports
- Jig grinder spindles
Medical Equipment
- CT scanner rotating components
- Dental treatment unit spindles
- Surgical robot joints
- Centrifuge drive systems
- Precision medical pumps
Other High-End Industrial Applications
- Semiconductor manufacturing (wafer dicing, lithography equipment)
- Precision metrology and optical instruments
- Wind turbine yaw systems
- Radar rotating mechanisms and fire-control systems
- Industrial robot joints and precision drives
Selection Guide: How to Choose the Right Precision Bearing
Before specifying the C2M4TGTY60, evaluate five key factors:
- Load characteristics — magnitude and direction of radial and axial loads
- Speed requirements — operating speed range and acceleration/deceleration profiles
- Accuracy needs — match the precision class to your equipment's requirements
- Environmental conditions — temperature, humidity, corrosive media
- Life expectancy — calculate expected bearing life based on actual operating conditions
Installation Best Practices
Proper installation is critical to achieving the rated performance of any super precision bearing:
- Cleanliness control: keep the installation environment clean
- Alignment accuracy: maintain shaft-to-housing concentricity within 0.01 mm
- Fit tolerances: select shaft and housing fits according to load characteristics
- Use proper tools: always use dedicated installation tools; never strike the bearing directly
- Preload adjustment: set preload according to your application requirements
Maintenance Recommendations
- Monitor temperature, vibration, and noise regularly
- Replenish or replace lubricant at recommended intervals
- Keep sealing systems intact to prevent contamination
- Implement condition monitoring and predictive maintenance where possible
- Contact qualified technical personnel when abnormalities occur
Total Cost of Ownership: Why Precision Pays Off
Compared with standard precision (P5) bearings, the C2M4TGTY60 delivers:
- 50%+ higher accuracy than standard P5 class bearings
- 2–3× longer service life under identical operating conditions
- 15–20% higher limiting speeds than comparable products
- Failure rate below 0.1% per 1,000 hours of operation
- 3–5% energy savings thanks to a lower friction coefficient
Combined with reduced downtime and lower maintenance frequency, the result is a significantly lower total cost of ownership over the bearing's service life.
Future Trends in Precision Bearing Technology
The C2M4TGTY60 sits at the forefront of several ongoing innovations:
- Hybrid ceramic designs with silicon nitride balls for even higher speeds and longer life
- Higher-purity bearing steels and DLC surface coatings for reduced friction
- Smart bearings with integrated sensors for real-time condition monitoring
- Predictive maintenance powered by big-data life prediction
- Self-adaptive internal clearance optimization and wireless remote diagnostics
About the Supplier
As a key BARDEN distribution partner in China, futo parts . provides:
- A technical team with 20+ years of bearing application experience
- Extensive standing stock of BARDEN bearings for short lead times
- Full-process technical support, from selection through installation
- 100% genuine original products with complete quality documentation
- Fast-response after-sales service
- ISO 9001 certified quality management
Contact: Send us inquiry
- Tel: +86 159 8985 6315 whatsapp
- Email: mulan@sefuto.com
FAQ
AQ (also submit as FAQPage structured data)
Q1: What are the dimensions of the BARDEN C2M4TGTY60? A: 60 mm bore × 95 mm outer diameter × 18 mm width, with a 1.1 mm minimum chamfer.
Q2: What is the basic dynamic load rating of the C2M4TGTY60? A: 31.5 kN radial; the static load rating is 22.4 kN.
Q3: What precision class is the BARDEN C2M4TGTY60 rated to? A: P4 (equivalent to ABEC 7) or better, with micron-level runout control.
Q4: What is the maximum operating speed? A: 7,500 rpm with grease lubrication, 9,500 rpm with oil lubrication, and 6,300 rpm reference speed.
Q5: What is the BARDEN C2M4TGTY60 used for? A: High-speed CNC spindles, precision machine tools, aerospace, medical imaging, semiconductor manufacturing, robotics, and precision measurement.
Q6: Is there an equivalent to the BARDEN C2M4TGTY60? A: Cross references exist in the SKF 7014 CD, NSK 7014, FAG B7014-C-T-P4S, and Timken 2MM9314WI series. Always verify dimensions, contact angle, and precision class before substituting.
Q7: Where can I buy the BARDEN C2M4TGTY60? A: From authorized distributor futoparts, based in China, with worldwide shipping and factory-direct pricing.
Q8: What is the lead time for the C2M4TGTY60? A: In-stock items typically ship in 3–7 business days; non-stock items 2–4 weeks, subject to confirmation.
Q9: Does the C2M4TGTY60 come with a warranty? A: Yes, a 12-month manufacturer warranty against defects in materials and workmanship.
Q10: Can I get a datasheet PDF for the BARDEN C2M4TGTY60? A: Yes — request it by email at mulan@sefuto.com. A copy of the official datasheet will be sent within 24 hours.