The HD-EMC1003-2-LW15-R is a coin-style eccentric rotating mass (ERM) vibration motor designed for 3.0 VDC operation. Featuring 15 mm lead wires and pre-applied double-sided adhesive tape, it allows fast and flexible integration into wearables, handheld electronics, controllers, and portable medical devices.
With a rated speed of 13,000 ± 3,000 RPM and mechanical noise levels kept below 50 dBA, this motor is an excellent choice where compact size, reliability, and quiet operation are critical.
3.0 VDC rated input, starts at 2.4 VDC
13,000 ± 3,000 RPM for strong vibration response
15 mm lead wires + adhesive backing for easy mounting
Low noise output (≤50 dBA)
CW/CCW rotation support
Compact, lightweight: ~1 g
RoHS/REACH compliant
Operating Voltage Range: 2.5 – 3.6 VDC
Rated Current (max @3.0 VDC): 85 mA
Starting Current (max @2.4 VDC): 140 mA
Terminal Resistance:
Phase 1: 28 ± 20% Ω
Phase 2: 56 ± 20% Ω
Shaft Pull Strength (min): 1 kg
Mechanical Noise (max): 50 dBA
Weight: ~1 g
Storage Temperature: −40 to +85 °C
Operating Temperature: −30 to +70 °C
High Temp Test: +85 °C for 96 h
Low Temp Test: −40 °C for 96 h
Humidity Test: 70 °C, 90% RH for 96 h
Thermal Shock: −40 ↔ +85 °C, 1 h cycles × 24
Temperature Cycling: 2s on / 2s off @ rated V, repeated cycles (8 h total)
Vibration Test: 3 mm deflection, 1000 cpm, XYZ axes, 10 min each
Drop Test: 1.5 m drop, 150 g weight, 6 sides × 6 times (36 total)
Load Test: 100,000 cycles @ room temperature, 2s on / 2s off
Compliance: RoHS/REACH
Wearable haptic devices
Consumer electronics (handhelds, controllers, accessories)
Medical devices requiring tactile cues
Portable IoT products with haptic feedback
Height |
N/A 2.7 mm |
Width |
N/A 10 mm |
Length |
N/A 10 mm |
Operating Temperature |
N/A -30 ~ +70 ºC |
Device Type |
N/A ERM |
Terminal / Mounting |
N/A Lead Wires |
Rated Voltage |
N/A 3 V |
Voltage Minimum |
N/A 2.5 |
Terminal Resistance |
N/A 28 Ω |
Current Draw |
N/A 85 mA |
Rated Speed |
N/A 13000 rpm |
Voltage Maximum |
N/A 3.6 |
Tolerance (±) |
N/A 20 % |
Weight |
N/A 1 g |