4 Inch (100 mm) Water-Resistant Midrange Speaker
Brand Name
MISCO OEM
Part #
RJC4C-8WI
In stock
$39.99
This high sensitivity midrange speaker provides quality output because of its large, high-energy magnet motor system and lightweight cone. This speaker is ideal for voice communications in menu boards or paging devices. It features a black acrylic-treated surround for low distortion at higher powers.
- Midrange speaker
- 4" (100 mm) steel basket diameter
- 15 watts, 8 ohm, 92 dB SPL
- 1" copper voice coil, aluminum former
- Water resistant kevlar cone, treated cloth surround
- 10 oz. ferrite magnet, RoHS compliant
This front or rear mountable speaker. This midrange is an excellent choice for a wide variety of applications from midrange to voice communications in menu boards.
Download Product Specifications (PDF) »
| Brand Name | MISCO OEM |
|---|---|
| Speaker Type | Midrange |
| Shape of Speaker | Square |
| Size, Nominal (inch & mm) | 4" (100 mm) |
| Environment | Outdoor / Indoor |
| Application | Arcade Gaming, Drive-Thru / Kiosk, Outdoor , Transit, Voice Communications |
| RoHS Compliant | Yes |
| Rated Impedance (Ω) | 8 |
| Rated Power IEC268-5 (W) | 15 Watts |
| Program Power (W) | 30 |
| Sensitivity (dB SPL) ¹ | 92 |
| Frequency Range (Hz) | 200 - 10,000 |
| DC Resistance (Re) (Ω) | 6.0 |
| Resonant Frequency (Fs) (Hz) +/- 15% | 370 |
| Nominal Impedance (Z) (Ω) | 8 |
| Voice Coil Inductance (Le) (mH) | 0 |
| Mechanical Q Factor (Qms) | 3.1 |
| Electrical Q Factor (Qes) | 2.2 |
| Total Q Factor (Qts) | 1.30 |
| Basket Type | Stamped steel with zinc plating |
| Terminal Size (mm) | 5.2 X 0.5 |
| Voice Coil Diameter (mm) | 25.4 |
| Voice Coil Wire Material | Copper |
| Voice Coil Former Material | Aluminum |
| Magnet Material | Ferrite |
| Magnet Weight (g) | 284 |
| Cone Body Material | Water resistant Kevlar fiber paper |
| Cone Surround Material | Pre-Treated Black Cloth |
| Spider Material | Conex |
| Dust Cap Material | Water resistant treated paper |
| Net Weight (kg) | 0.687 |
| Technical Notes | ¹ Sensitivity is measured with 2.83 volt input, measured on-axis at 1 meter distance |