Loop isolator (100V)
Spelsberg i 16-L Li Box
| PCA2013-A1 |
---|---|
Rated insulation voltage | AC 400 V |
Conductor cross-section | Max. 2.5 mm2 |
Ambient conditions | |
Operating temperature | -25…+40 °C |
Max. operating temperature (24 hours) | 35 °C |
Max. air humidity at 25 °C (short-term) | 95 % rel. |
Max. air humidity at 40 °C | 50 % rel. |
Dimensions and weights | |
W x H x D mm | 130 x 85 x 37 |
Weight | 58 g |
Material | |
Box | Polyethylene |
Cover | Polypropylene |
Protection category and color | |
Protection category (IEC 60529) | IP55 |
Color | Gray |
| PCA2005-A1 | |
---|---|---|
Supply | ||
Operating voltage | AC 16…100 V | |
Operating power | 150 mW on startup 75 mW during operation | |
Line separating function | ||
Pilot tone frequency | ||
| 20 kHz with configured On/Off-time | |
| 21 kHz | |
Line voltage at pilot tone frequency: | ||
| AC 16 V | |
| AC 25 V | |
| AC 100 V | |
Line voltage at which the 'Loop isolator (100V)' opens: | ||
| AC 7 V | |
| AC 9 V | |
Line voltage at which the 'Loop isolator (100V)' closes: | ||
| AC 4 V | |
| AC 5.5 V | |
Currents: | ||
Switching current at 100 V (Sinus)3) | Max. 2 A | |
Leakage current | 150 µA | |
Serial impedance when switches are closed | Max. 0.2 Ohm | |
Max. wattage in one speaker loop at 100 V continuous sinus signal3) | 200 W | |
Technical data for each speaker tap on the loop isolator (100 V) | ||
Max. tapping* of speaker | 12 W | |
Min. tapping* of speaker | 0.75 W | |
Maximum cable length with monitoring | 0.8 m | |
Maximum cable length without monitoring | 100 m | |
LED connection | ||
Recommended color | Red | |
Diode bias voltage | < 2.2 V | |
Voltage | 3 V | |
Current | 5 mA | |
Series resistance, internal | 150 Ohm | |
Technical data for loop, amplifier and loop audio matrix4) | ||
Maximum number of speaker loops: | ||
Per amplifier channel (in one zone) | 2 | |
PC2003-A1, loop audio matrix4) | 8 | |
PC2003-A1, loop audio matrix4), supplied with internal pilot sound | 4 | |
Maximum number of loop isolators (100 V) per loop audio matrix4): | ||
Per loop | 80 | |
All loops | 320 | |
Maximum number of loop isolators (100 V) per amplifier output (1 or 2 loops): | ||
1x 150 W (PV2003-A1) | 80 | |
1x 250 W (PV2001-A1, PV2007-A1) | 80 | |
1x 300 W (PV2003-A1 bridge mode) | 80 | |
1x 500 W (PV2001-A1 bridge mode, PV2002-A1, PV2011-A1, PV2012-A1) | 80 | |
Amplifier power calculation for loop isolator (100 V) | ||
Per loop isolator (100 V) | 0.5 W | |
Maximum audio payload at 100 V continuous sinus signal)3) (according to calculation method below): 1) | ||
1x 150 W (PV2003-A1) | 110 W with 80 loop isolators (100 V) | |
1x 250 W (PV2001-A1, PV2007-A1) | 210 W with 80 loop isolators (100 V) with 2 speaker loops | |
1x 300 W (PV2003-A1 bridge mode) | 260 W with 80 loop isolators (100 V) with 2 speaker loops | |
1x 500 W (PV2001-A1 bridge mode, PV2002-A1, PV2011-A1, PV2012-A1) | 360 W with 80 loop isolators (100 V) with 2 speaker loops | |
Connections | ||
Design | Spring type | |
Cable diameter | Min.: 0.75 mm² Max.: 2.5 mm² | |
Loudspeaker cable: 2) | ||
Maximum cable length per amplifier output | 1000 m | |
Cable types, untwisted only | FP30/60 NYM, 2 x 1.5 mm² ISTY 2 x 2 x 0.8 mm² | |
Ambient conditions | ||
Operating temperature | -10…+55 °C | |
Storage temperature | -20…+70 °C | |
Operation in humid environments (without moisture condensation) | 10...90 % rel. | |
Storage in humid environments (without moisture condensation) | 5...90 % rel. | |
Dimensions and weights | ||
W x H x D mm | 70 x 116 x 25 | |
W x H x D mm (housing) | 85 x 135 x 37 | |
Weight | 65 g | |
Weight (with housing) | 123 g | |
Standards | EN 54-17 with housing PCA2013-A1 |
1) Calculation of the maximum audio payload at 100 V (Sinus)3):
- The maximum audio payload per amplifier channel depends on how many loop isolators (100 V) are connected.
'Audio payload' [W] = 'power of the amplifier channel' – ('number of loop isolators' * 0.5 W) |
2) Twisted cable types are not permitted.
3) Amplifier plays a continuous sinus signal with an output voltage level of 100 V: the 100 V is pilot tone signal plus input sinus signal
4) Loop audio matrix = ???, ???, PC2003-A1
* Tapping: 100 V speakers have a transformer upstream of the chassis. The transformer has several taps on the primary side, which is where the 100 V speaker line is connected. These taps determine how much power is drawn by the speaker. With a 100 V signal, ceiling speakers typically taps to draw a power of 6 W, 3 W, 1.5 W, or 0.75 W. Halving the electrical power leads to a 3 dB reduction in the analog audio output signal.