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CT-TL Three-input and three-output 10~60kVA

The CT-TL series tower is an efficient and reliable uninterruptible power supply designed for small and medium-sized data centers and key equipment, providing three-phase input and three-phase output to ensure the stability and continuity of power supply.

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Product Description

FAQ

Pure double conversion technology
DSP technology ensures high performance output power factor 1.0
All-phase active power factor correction 50Hz/60Hz inverter mode Energy-saving ECO mode operation

Emergency shutdown function (EPO) Generator compatible
Dual AC input
Optional parallel operation, can share batteries
Three-stage charging design to optimize battery performance Adjustable number of batteries
Standard maintenance bypass
Power supply walk-in function
Optional isolation transformer

Model	CT01033TL	CT01533TL	CT02033TL	CT03033TL	CT04033TL	CT06033TL
Capacity	10kVA/10kW	15kVA/15kW	20kVA/20kW	30kVA/30kW	40kVA/40kW	60kVA/60kW
Phase	Three Phase Input, Three Phase Output	Three Phase Input, Three Phase Output	Three Phase Input, Three Phase Output	Three Phase Input, Three Phase Output	Three Phase Input, Three Phase Output	Three Phase Input, Three Phase Output
Input Voltage Range	110-300VAC@50% load; 176-276VAC@100% load	110-300VAC@50% load; 176-276VAC@100% load	110-300VAC@50% load; 176-276VAC@100% load	110-300VAC@50% load; 176-276VAC@100% load	110-300VAC@50% load; 176-276VAC@100% load	110-300VAC@50% load; 176-276VAC@100% load
Frequency Range	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz
Power Factor	≥0.99@100% load	≥0.99@100% load	≥0.99@100% load	≥0.99@100% load	≥0.99@100% load	≥0.99@100% load
Output Voltage Range	3 x 360*/380/400/415VAC (3Ph+N)	3 x 360*/380/400/415VAC (3Ph+N)	3 x 360*/380/400/415VAC (3Ph+N)	3 x 360*/380/400/415VAC (3Ph+N)	3 x 360*/380/400/415VAC (3Ph+N)	3 x 360*/380/400/415VAC (3Ph+N)
Voltage Regulation	±1%	±1%	±1%	±1%	±1%	±1%
Frequency Range (Synchronization Range)	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz	46~54Hz or 56~64Hz
Overload (Utility Mode)	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate
Overload (Battery Mode)	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate	100%-110%: 60 minutes; 110%-125%: 10 minutes; 125%-150%: 1 minute; >150%: Immediate
Harmonic Distortion	≤2% (Linear Load); ≤5% (Non-linear Load)	≤2% (Linear Load); ≤5% (Non-linear Load)	≤2% (Linear Load); ≤5% (Non-linear Load)	≤2% (Linear Load); ≤5% (Non-linear Load)	≤2% (Linear Load); ≤5% (Non-linear Load)	≤2% (Linear Load); ≤5% (Non-linear Load)
Transfer Time (Utility to Battery)	0ms	0ms	0ms	0ms	0ms	0ms
Transfer Time (Inverter to Bypass)	0ms (Phase Failure, <4ms Interruption)	0ms (Phase Failure, <4ms Interruption)	0ms (Phase Failure, <4ms Interruption)	0ms (Phase Failure, <4ms Interruption)	0ms (Phase Failure, <4ms Interruption)	0ms (Phase Failure, <4ms Interruption)
Transfer Time (Inverter to ECO)	0ms (Utility Loss, <10ms)	0ms (Utility Loss, <10ms)	0ms (Utility Loss, <10ms)	0ms (Utility Loss, <10ms)	0ms (Utility Loss, <10ms)	0ms (Utility Loss, <10ms)
Efficiency (Utility Mode)	95.50%	95.50%	95.50%	95.50%	95.50%	95.50%
Efficiency (Battery Mode)	94.50%	94.50%	94.50%	94.50%	94.50%	94.50%
Battery Model	Varies by Application	Varies by Application	Varies by Application	Varies by Application	Varies by Application	Varies by Application
Number of Batteries	20	32-40	32-40	32-40	32-40	32-40
Dimensions (Depth x Width x Height mm)	630 x 250 x 826	630 x 250 x 826	630 x 250 x 826	630 x 250 x 826	780 x 300 x 1000	780 x 300 x 1000
Net Weight (kg)	28	43	43	55	58	87
Operating Environment	Humidity: 0~95%RH@0~40°C (Non-condensing)	Altitude: <1000m	Noise: <60dB@1 meter	Humidity: 0~95%RH@0~40°C (Non-condensing)	Altitude: <1000m	Noise: <62dB@1 meter

FAQ

What is the efficiency of the UPS under full load conditions?

The UPS systems are designed to maintain high efficiency, with the online mode achieving up to 97% efficiency and the ECO mode reaching 99% efficiency. This feature is crucial for reducing energy consumption and operational costs.
How does the UPS handle overload situations?

The UPS is equipped to manage overloads effectively. For instance, it can sustain 60 minutes at 105% to 110% of load, 10 minutes at 110% to 125%, 1 minute at 125% to 150%, and will immediately shut down for loads exceeding 150%.
What is the runtime of the UPS on battery power without mains electricity?

The runtime on battery power is contingent upon the battery specifications and the UPS load requirements. The UPS is compatible with various battery types and quantities to meet different backup duration needs.
Is the UPS capable of adapting to different national voltage standards?

Yes, the UPS is designed with a broad input voltage range to accommodate various national electrical grid standards. The input voltage range can extend from 305Vac to 485Vac without derating, ensuring reliable operation across different voltage environments.

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CT-TL Three-input and three-output 10~60kVA

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