KLS Martin marLED E9 - Wiring Diagram Wiring Diagram with with Integrated ZSV Integrated ZSV Switch Switch

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Service ManualService Manual
Operating Lights marLEDOperating Lights marLED
®®
E9 / E9i / E9 / E9i / E15E15
22 22 V V 1.01.0
4.5.34.5.3
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Wiring diagram with integrated ZSV Wiring diagram with integrated ZSV switchswitch
SMPS with ZSV A1.3 for standard grid (A1.4 for IT Grid)SMPS with ZSV A1.3 for standard grid (A1.4 for IT Grid)
1 1 Power Power modulemodule
SMPS 36/9 S3 U L (-N)SMPS 36/9 S3 U L (-N)
100–240 VAC 50–60 Hz100–240 VAC 50–60 Hz
Input current 3.5–1 AInput current 3.5–1 A
Output Power Max. 290 VA (28–36 VDC)Output Power Max. 290 VA (28–36 VDC)
2 2 Rotary Rotary potentiometer potentiometer (adjustment)(adjustment)
to set the ouput voltage 28–36 VDCto set the ouput voltage 28–36 VDC
F11 only for IT grids (ungrounded powerF11 only for IT grids (ungrounded power
supply)supply)
Plug:
Plug: Plug Plug type: type: Fuse Fuse rating:rating:
X1 X1 Input Input 100–240 100–240 VAC, VAC, 50–60 50–60 Hz Hz F1 F1 / / F11 F11 F4 F4 / / F5F5
X2 X2 Input Input Battery Battery 28–36 28–36 VDC VDC T5 T5 AH250V AH250V T10 T10 AH250VAH250V
X3 X3 Output Output 28–36 28–36 VDCVDC
X4X4
Potential-free relay contact max. 1 A forPotential-free relay contact max. 1 A for
activating the control LED grid / activating the control LED grid / batterybattery
supplysupply
X5 X5 ZSV-LED ZSV-LED AC AC (GN) (GN) / / DC DC (RD) (RD) in in the the canopycanopy
Connection
Connection data data for for clamps clamps X1 X1 / / X4 X4 X2 X2 / / X3X3
Conductor Conductor cross-section cross-section flexible flexible max. max. 2,5 2,5 mm mm 16 16 mmmm
Conductor Conductor cross-section cross-section with with conducter conducter sleeve sleeve max. max. 2,5 2,5 mm mm 16 16 mmmm
For IT grids (Power supply:For IT grids (Power supply:
II
nsulated, health protection: KLS Martin power module (A1.4)nsulated, health protection: KLS Martin power module (A1.4)
provides grounding (Frenchprovides grounding (French
TT
erre) with fuses (F1 and F11) for both cable cores (L1, L2). Inerre) with fuses (F1 and F11) for both cable cores (L1, L2). In
case of standard grids with grounded zero conductor, the power modules (A1.3) must be usedcase of standard grids with grounded zero conductor, the power modules (A1.3) must be used
with secured phase (only F1 for L).with secured phase (only F1 for L).