Compact Delay PD-1A
Professional Single Channel Pocket-Delay
The Axxent Pocket Delay PD1A is a single channel audio delay for professional applications. Due to its physical design and dimensions the PD1A finds its primary use in conjunction with self powered loudspeakers. Dimensions are approx. 15 x 23 cm at a height of only 5 cm. The water-/moisture unit provides protection according to IP23. The cover flanges allow fast mounting on the rear side of most loudspeaker cabinets. Maximum delay time is 99 m, switchable in steps of 1 m. The nominal level of the PD1A is +4 dBu and digital conversion is of the delta-sigma type, 24 bit, both A/D and D/A. The electrical and accustical performance of this model meets the highest demands for professional applications.
Features
• Time delay for portable, mobile systems (e.g. race tracks, open air events etc.)
• Easy mounting on speaker cabinets
• Moisture protected according to IP23
• Delay time is entered directly in meters
• Delay range: 1-99 meter, in 1 m steps
• XLR in/outputs @+4 dBu level
• Delta-Sigma 24 bit AD-/DA-converter
Technical Specifications
| Analog-Input |
|
| Connector |
XLR, balanced |
| Type |
RF-filtered |
| Input type |
electronically balanced |
| Impedance |
30 kΩ |
| Input level |
+18 dBu (max.) |
| Nominal level |
+4 dBu |
| Analog-Output |
|
| Connector |
XLR, balanced |
| Input type |
electronically balanced |
| Impedance |
100 Ω, balanced |
| Output level |
+18 dBu (max.) |
| Nominal level |
+4 dBu |
| Output gain |
±0,2 dB |
| Digital Processing |
|
| Converter |
24-bit Sigma-Delta |
| Sampling |
24/128 times oversampling |
| Samplingrate |
48 kHz |
| Delay range |
1 - 99 m |
| Delay steps |
1-m-steps |
| General |
|
| Dynamic range |
>95 dB |
| Frequency response |
20 - 19 000 Hz, ±0,2 dB |
| THD |
<0,05%@1 kHz, +18 dBu |
| Noise |
>92 dB, unweighted, 22 - 22 000 Hz |
| Indicators |
LEDs: On, Signal, Peak |
| Power |
115/230 V AC, 50/60 Hz, 15 VA max. |
| Power Supply |
integrated |
| Dimensions |
151 x 40 x 236 mm (W x H x D) |
| Weight |
1.5 kg net |