• 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer

15 kHz Dual-Vibrator Ultrasonic Transducer

No.MC-CG-T1542
Model: MC-CG-T1542
Capacitance: <23000 pF.
Dual-vibrator design with low heat generation
and high conversion efficiency —
built for ultrasonic welding machines.

15 kHz Dual-Vibrator Ultrasonic Transducer

✓ Frequency: 15 kHz ±0.5 kHz

✓ Resistance: <20 Ω

✓ Cooling type: Air cooling

✓ Power: 2400 W / 2800 W / 3600 W / 4200 W

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  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • 15 kHz Dual-Vibrator Ultrasonic Transducer,Mcsonic,15 kHz Dual-Vibrator Ultrasonic Transducer
  • Description

  • Technical Data

15 kHz dual-vibrator series

15 kHz Dual-Vibrator Ultrasonic Transducer

This 15 kHz high-power ultrasonic welding transducer features a twin-converter design. Premium piezoelectric ceramic discs deliver strong, stable ultrasonic output, and a high mechanical quality factor supports electro-acoustic conversion efficiency at the resonant frequency. A prestressed bolt supports energy output from the ceramic elements, contributing to low resonant impedance, low heat generation and a wide operating temperature range.

Twin-converter architectureDual-vibrator construction for the 15 kHz welding series.
Piezoelectric ceramic discsDesigned for strong, stable ultrasonic output.
Low resonant impedanceListed at below 20 Ω across the four power variants.

Base Specifications

ModelMC-CG-T1542
Frequency15 kHz ±0.5 kHz
Resonant impedance<20 Ω
Cooling methodAir cooling
Connection threadM16×1
Weight (4200 W version)14.2 kg

The weight shown applies to the 4200 W configuration. Refer to the model-specific table for power, frequency and ceramic capacitance data.

Power Ratings and Ceramic Capacitance

Product View Complete Model Code Power Frequency (kHz) Yellow Ceramic (pF) Gray Ceramic (pF) Black Ceramic (pF) Impedance
4200 W MC-CG-T1542-4BZ-LS 15 kHz dual-vibrator ultrasonic transducer MC-CG-T1542-4BZ-LS 4200 W 14.70–14.90 18,000–20,000 20,000–22,000 — <20 Ω
3600 W MC-CG-T1536-4BZ-SZ 15 kHz dual-vibrator ultrasonic transducer MC-CG-T1536-4BZ-SZ 3600 W 14.70–14.90 22,000–24,000 — — <20 Ω
2800 W MC-CG-T1528-4JZ-SS 15 kHz dual-vibrator ultrasonic transducer MC-CG-T1528-4JZ-SS 2800 W 14.70–14.90 19,000–21,000 — — <20 Ω
2400 W MC-CG-T1524-4YZ-SS 15 kHz dual-vibrator ultrasonic transducer MC-CG-T1524-4YZ-SS 2400 W 14.70–17.90 — — 25,000–27,000 <20 Ω

Dimensions by Power Rating

Engineering Drawing Power Rating Key Dimensions
4200 W dimensional drawing for the MC-CG-T1542 series ultrasonic transducer 4200 W Dual shaft Φ60 × 2; overall length 350 mm; end connection thread M16×1
3600 W dimensional drawing for the MC-CG-T1536 series ultrasonic transducer 3600 W Large end Ø125 / small end Ø50; overall length 328 mm; end connection thread M16×1
2800 W dimensional drawing for the MC-CG-T1528 series ultrasonic transducer 2800 W Ø45 / Ø90; overall length 343 mm; end connection thread M16×1
2400 W dimensional drawing for the MC-CG-T1524 series ultrasonic transducer 2400 W Φ45 × 2 / Ø90; overall length 350 mm; end connection thread M16×1

Model Selection Notes

Match the model to the machine and tooling

  • Confirm the welding machine or generator is compatible with a 15 kHz transducer.
  • Select the power variant that matches the intended welding load and system rating.
  • Use the complete model code and ceramic capacitance range to confirm the required configuration.
  • Verify the M16×1 interface and the dimensions of the horn, booster and mounting assembly.

Frequently Asked Questions

What is the model and operating frequency of this 15 kHz dual-vibrator transducer?

The base model is MC-CG-T1542. The series is rated at 15 kHz ±0.5 kHz with a resonant impedance below 20 Ω.

Which power ratings are available?

The series is available in 4200 W, 3600 W, 2800 W and 2400 W versions under model codes MC-CG-T1542-4BZ-LS, MC-CG-T1536-4BZ-SZ, MC-CG-T1528-4JZ-SS and MC-CG-T1524-4YZ-SS respectively.

How do I select the correct ceramic capacitance version?

Match the model code to the required ceramic capacitance range. The listed ranges are yellow 18,000–20,000 pF or gray 20,000–22,000 pF for 4200 W, yellow 22,000–24,000 pF for 3600 W, yellow 19,000–21,000 pF for 2800 W, and black 25,000–27,000 pF for 2400 W. Confirm final compatibility with the generator and welding machine.

What connection thread and dimensions does it use?

All four variants use an M16×1 connection thread. Key dimensions vary by power: the 4200 W version uses two Φ60 shafts and a 350 mm overall length; the 3600 W version uses Φ125 large-end and Φ50 small-end dimensions with a 328 mm overall length; the 2800 W version uses Φ45/Φ90 dimensions with a 343 mm overall length; and the 2400 W version uses two Φ45 shafts and a 350 mm overall length with a Φ90 section.

Why is a dual-vibrator design used?

The twin-converter design combines two vibration units to support strong, stable ultrasonic output. The product description also cites a high mechanical quality factor for electro-acoustic conversion efficiency at resonance, low resonant impedance, low heat generation and a wide operating temperature range.

Model

Power (W)

Frequency (kHz)

Capacitance (pF) — Yellow

Capacitance (pF) — Gray

Capacitance (pF) — Black

Resistance (Ω)

MC-CG-T1542-4BZ-LS

4200

14.70–14.90

18000–20000

20000–22000

—

<20

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