Triac - LTECHApply to leading edge and trailing edge TRIAC dimmers. Build-in high performance MCU,...

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Output Power Range: Overload Power Limitation: 1~150W 1 I/P-O/P: 3750Vac I/P-GND: 1800Vac 102%~125% www.ltech-led.com TD 150 12-E1M1 - - LED Intelligent Driver Frequency: Efficiency: Inrush Current(typ.): Leakage Current: Output Current: Output Voltage: Output Voltage Range: Ripple & Noise: Output Power: 50/60Hz >85% Max. 12.5A 12Vdc Max. 150W Cold start 50A c at 230Va tc: 90°C ta: -30°C ~ 60°C 20 ~ 95%RH, non-condensing -40 ~ 80°C, 10~95%RH ±0.03%/°C(0-50°C) Working Temperature.: Working Humidity: Storage Temp., Humidity: Temp. Coefficient: Vibration: Main Characteristics Protection Dimming Interface: Dimming Range: Triac / ELV Max. 0.1~100%. 12Vdc ±0.5Vdc 200mV 10~500Hz, 2G 12min./1cycle, period for 72min. each along X, Y, Z axes 1 Input Current: 230Vac1.4A 273×57×37mm(L×W×H) 278×59×42mm(L×W×H) 605g±10g Others Dimension: Packing: Weight(G.W.): Safety & EMC Withstand Voltage: Isolation Resistance: Safety Standards: EMC Emission: EMC Immunity: I/P-O/P: 100MΩ/500VDC/25°C/70%RH IEC/EN61347-1, IEC/EN61347-2-13 EN55015, EN61000-3-2 Class C, IEC61000-3-3 EN61000-4-2,3,4,5,6,8,11, EN61547 Dimensions Input Voltage Range: 200-240Vac ±10% 150 12.5A 12Vdc W Apply to leading edge and trailing edge TRIAC dimmers. Build-in high performance MCU, dimming curve can be customized. Dimming range: Max. 0.1~100%. . Efficiency > 85% Short circuit / Over-heat / Over load / Over voltage protection. Compliant with Safety Extra Low Voltage standard. Suitable for indoor environments. Dimming interface: Triac/ELV. Attn: LUTRON is registered trademarks of Lutron Electronics Co., Inc. registered in the U.S. and other countries. The dimming range parameters adopted LUTRON dimming system as testing standards. The parameters may differ by using Triac/ELV dimming systems of different brands. customize program for We can clients' high requirements. * R R Triac I/P-O/P: <0.5mA/230Vac, I/P-GND: <0.75mA/230Vac Control surge capability: L-N: 1kV, L/N-G: 2kV Shut down the output when non-load Voltage 13~18V, re-power on to recover after fault condition is removed. Over Voltage Protection: Shut down automatically if short circuit occurs, auto recovers after faulty condition is removed. Power Load102%~125%, start hiccup mode, auto recovers when the load is reduced. Over-heat Protection: Over Load Protection: Short Circuit Protection: Ambient Temp.65°C, shut down the output, auto recovers when temp. back to normal. PWM Frequency: 2Khz

Transcript of Triac - LTECHApply to leading edge and trailing edge TRIAC dimmers. Build-in high performance MCU,...

Page 1: Triac - LTECHApply to leading edge and trailing edge TRIAC dimmers. Build-in high performance MCU, dimming curve can be customized. Dimming range: Max. 0.1~100%. Efficiency > 85%.

Output Power Range:

Overload Power Limitation:

1~150W

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I/P-O/P: 3750Vac I/P-GND: 1800Vac

≥102%~125%

www.ltech-led.com

TD 150 12-E1M1- -

LED Intelligent Driver

Frequency:

Efficiency:

Inrush Current(typ.):

Leakage Current:

Output Current:

Output Voltage:

Output Voltage Range:

Ripple & Noise:

Output Power:

50/60Hz

>85%

Max. 12.5A

12Vdc

Max. 150W

Cold start 50A cat 230Va

tc: 90°C ta: -30°C ~ 60°C

20 ~ 95%RH, non-condensing

-40 ~ 80°C, 10~95%RH

±0.03%/°C(0-50°C)

Working Temperature.:

Working Humidity:

Storage Temp., Humidity:

Temp. Coefficient:

Vibration:

Main Characteristics

Protection

Dimming Interface:

Dimming Range:

Triac / ELV

Max. 0.1~100%.

12Vdc ±0.5Vdc

≤200mV

10~500Hz, 2G 12min./1cycle, period for 72min. each along X, Y, Z axes

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Input Current: 230Vac≤1.4A

273×57×37mm(L×W×H)

278×59×42mm(L×W×H)

605g±10g

Others

Dimension:

Packing:

Weight(G.W.):

Safety & EMCWithstand Voltage:

Isolation Resistance:

Safety Standards:

EMC Emission:

EMC Immunity:

I/P-O/P: 100MΩ/500VDC/25°C/70%RH

IEC/EN61347-1, IEC/EN61347-2-13

EN55015, EN61000-3-2 Class C, IEC61000-3-3

EN61000-4-2,3,4,5,6,8,11, EN61547

Dimensions

Input Voltage Range: 200-240Vac ±10%

150 12.5A 12VdcW

Apply to leading edge and trailing edge TRIAC dimmers.

Build-in high performance MCU, dimming curve can be customized.

Dimming range: Max. 0.1~100%.

.Efficiency > 85%

Short circuit / Over-heat / Over load / Over voltage protection.

Compliant with Safety Extra Low Voltage standard.

Suitable for indoor environments.

Dimming interface: Triac/ELV.

Attn: LUTRON is registered trademarks of Lutron Electronics Co., Inc. registered in the U.S. and other countries.

The dimming range parameters adopted LUTRON dimming system as testing standards. The parameters may differ by using Triac/ELV dimming systems of different brands. customize program forWe can clients' high requirements.

* R

R

Triac

I/P-O/P: <0.5mA/230Vac, I/P-GND: <0.75mA/230Vac

Control surge capability: L-N: 1kV, L/N-G: 2kV

Shut down the output when non-load Voltage≥13~18V, re-power on to recover after fault condition is removed.

Over Voltage Protection:

Shut down automatically if short circuit occurs,auto recovers after faulty condition is removed.

Power Load≥102%~125%, start hiccup mode, auto recovers when the load is reduced.

Over-heat Protection:

Over Load Protection:

Short Circuit Protection:

Ambient Temp.≥65°C, shut down the output, auto recovers when temp. back to normal.

PWM Frequency: 2Khz≤

Page 2: Triac - LTECHApply to leading edge and trailing edge TRIAC dimmers. Build-in high performance MCU, dimming curve can be customized. Dimming range: Max. 0.1~100%. Efficiency > 85%.

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Connections

Update Time: 2017.01.11www.ltech-led.com

Selecting between ordinary dimmer and dimming system

Turn off the power and then remove the housing of the LED driver to find right component on the PCB.

Shift system by selecting different contact pin (For installation professionals use only). Factory default as

common (For ordinary dimmer).

Ordinary dimmer

Dimming system

Ordinary dimmer and dimming system have different dimming precision, precision of dimming system is higher. To meet customers' requirements on perfect dimming effects, we LTECH designed two programme options.

Method:

common

system

Triac