Dutch & Dutch 8c Studio Active Speakers - Pair - Black - B-Stock (Ex Demo)

Dutch & Dutch 8c Studio Active Speakers - Pair - Black - B-Stock (Ex Demo)

The Dutch & Dutch 8c is a Active 3-way Studio Monitor that provides neutrality, precision and in-room tonal balance that is above and beyond any other system. The 8c has a revolutionary cabinet design that provides constant directivity from 100Hz upwards and +/-0.5dB frequency response from 35Hz upwards.

These speakers are ex-demo. They come with full warranty and original packaging.

The Dutch & Dutch 8c features a 8" bass/mid driver, a 1" waveguide-loaded tweeter and also two rear-facing 8" drivers. The 8C's low-mid crossover is an unusually low  100Hz, allowing the front facing driver to deliver cardioid radiation down to 100Hz, and the two rear divers to output only 100Hz and below.

Specification

• Drivers

• Low: 2 x 8” Aluminium Cone
• Mid: 8” Aluminium Cone
• High: 1” Aluminium / Magnesium Alloy Dome

• Crossovers

• 100 Hz & 1250 Hz, 4th Order Linkwitz-Riley
• Minimum Phase

• Enclosure Type

• Low: Sealed
• Mid: Passive Cardioid

• Max Linear SPL @ 1M

• 106 DB co+
• continuous from 35 HZ upwards*

• Amplifier Power

• Low: 500 W
• Mid: 250 W
• High: 250 W

• Amplifier Type

• Class D, Power Factor Correction, Hybrid Cooling

• System SNR

• >118 DB

• Mains Input Voltage

• 100 – 240 V AC, 50 – 60 HZ

• Dimensions

• 485mm x 270mm x 380mm / 19" x 10.5" x 15" (H x W x D)
• 32 kg / 70 lbs

• Cabinet Construction

• Side and top panels: 19mm solid oak wood
• Internal construction: 18mm birch plywood
• Outer baffle: Injection moulded ABS, damped

• Analogue Input

• Balanced audio over XLR
• Sensitivity switch: +4dBu / -10 dBV
• Peak input level: +24 dBu (+4 dBu setting)

• Analogue Output

• DSP controlled output for active subwoofer

• Digital Input

• AES3 over XLR
• Left / Right / Mono channel switch

• Digital Output

• AES3 loop through over XLR

• Networking

• Wired Ethernet

• Protection Functions

• Thermal
• DC / clipping
• Driver overload

* In half space radiation conditions