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Precision Devices PD156

15" · 16 Ω · 650 W · 97 dB · datasheet ↗

Thiele-Small parameters

Nominal size15"
Impedance16 Ω
Fs50.15 Hz
Qts0.38
Qes0.4
Qms6.94
Vas120.17 L
Sd800 cm²
Xmax9.5 mm
Re5.74 Ω
Mms92.22 g
Pe650 W
Sensitivity97 dB

Alignment hint

EBP125 · ported
Sealed Vb (Qtc ≈ 0.71)≈ 48.8 L

EBP > 100: favours a ported (bass-reflex) alignment.

Rules of thumb from T/S parameters only. Verify against a real simulation before cutting wood.

Substitute candidates

DriverFs (Hz)QtsVas (L)Xmax (mm)Sens (dB)FitNotesCompare
Beyma 15LEX1000Nd41 -9.150.37 -0.01113 -7.1710 +0.597 =close8 Ω vs 16 Ω: amp load changes+
18 Sound 15NTLW350046 -4.150.4 +0.02115 -5.178.3 -1.298 +1close4 Ω vs 16 Ω: amp load changes · Xmax 8.3 mm < 9.5 mm: lower excursion-limited SPL+
PD PD 15650.2 +0.050.378 =120.2 +0.036.6 -2.999.2 +2.2close8 Ω vs 16 Ω: amp load changes · Xmax 6.6 mm < 9.5 mm: lower excursion-limited SPL+
Precision Devices PD 15650.2 +0.050.378 =120.2 +0.036.6 -2.999.2 +2.2close8 Ω vs 16 Ω: amp load changes · Xmax 6.6 mm < 9.5 mm: lower excursion-limited SPL+
18 Sound 15NTLW350045 -5.150.39 +0.01131 +10.838.3 -1.298 +1close8 Ω vs 16 Ω: amp load changes · Xmax 8.3 mm < 9.5 mm: lower excursion-limited SPL+
Sica 15 N 3 PL46.9 -3.250.37 -0.01140.4 +20.2310 +0.599.8 +2.8close8 Ω vs 16 Ω: amp load changes · 400 W vs 650 W: lower power handling+
Peavey 1505-8 KA DT BW50.8 +0.650.35 -0.03143.5 +23.339 -0.598.9 +1.9close8 Ω vs 16 Ω: amp load changes · 350 W vs 650 W: lower power handling · Xmax 9 mm < 9.5 mm: lower excursion-limited SPL+
Beyma 15LEX1000Fe41 -9.150.34 -0.04116 -4.1711 +1.597 =close8 Ω vs 16 Ω: amp load changes+
Faital PRO 15HP101040 -10.150.37 -0.01107.5 -12.679.75 +0.2596 -1close8 Ω vs 16 Ω: amp load changes+
Peavey LO MAX 15 v201138.5 -11.650.352 -0.03124 +3.839.2 -0.396.6 -0.4usable8 Ω vs 16 Ω: amp load changes · Xmax 9.2 mm < 9.5 mm: lower excursion-limited SPL+

Compare the closest 3 against the PD156 →

Ranked on parameter similarity only (Qts, Fs, Vas, Xmax, sensitivity). Same nominal size required. A hint, not a simulation, model the swap before cutting or buying.

Used in enclosures (0)

No enclosure in the catalog uses this driver yet.