• Parallel Redundancy UPS Power System System 1
Parallel Redundancy UPS Power System

Parallel Redundancy UPS Power System

Ref Price:
get latest price
Loading Port:
China Main Port
Payment Terms:
TT or LC
Min Order Qty:
1 Unit pc
Supply Capability:
1000 Units per Month pc/month

Add to My Favorites

Follow us:


OKorder Service Pledge

Quality Product, Order Online Tracking, Timely Delivery

OKorder Financial Service

Credit Rating, Credit Services, Credit Purchasing

MODEL

STANDARD

DX/CX6K

DX/CX 10K

DX/CX6KL

DX/CX10KL

CAPACITY

VA/W

6KVA/4.8KW

10KVA/8KW

6KVA/4.8KW

10KVA/7KW

INPUT

Nominal Voltage

220/230/240VAC

Voltage Range

120-275VAC

Frequency Range

46-64Hz: 50Hz, 60Hz auto sense

Phase

Single phase with Ground

Power Factor

>=0.99

OUTPUT

Voltage

220/230/240*(1±1%)VAC

Frequency

50/60Hz(Adjustable)

 

50Hz AC Mode: Follow AC Mode (AC Range 46~54Hz); Battery Mode: 50Hz(1±0.1%)

60Hz AC Mode: Follow AC Mode (AC Range56~64Hz); Battery Mode: 60Hz(1±0.1%)

 

Wave Form

Pure Sine Wave

Power Factor

0.8

Harmonic Distortion

=<2% THD (Linear Load), =<6% THD (Non-Linear Load)

Overload Capacity

Normal when load < 105%; 105%-125% for 1 min, 125%-150% for 30sec

Current Crest Ratio

3:1

Connections

Terminal block

Efficiency

To AC Mode

88%

To Battery Mode

up to 90%

Battery

Type

Sealed free maintenance lead acid battery

Nominal DC voltage

Built in batteries 12v7.2ah*16pcs

192VDC

192VDC

Quantity

16pcs

16pcs

Depends on requested back-up time

Depends on requested back-up time

Back-up Time (Full load)

>=7 min

>=5 min

Depends on the capacity of external battery bank

Depends on the capacity of external battery bank

Recharge Time

7 hours to 90%

Depends on the capacity of external battery bank

Depends on the capacity of external battery bank

Charge current(MAX)

2.0A

4.2A or 8A

4.2A or 8A

Charge voltage

220Vdc ± 1%

Bypass

Automatic Transfer

On overload and UPS failure

Before UPS Power-on

Default "ON" user adjustable to "YES"

Transfer Time

 

Zero

Indicators

LCD Display

UPS status, I/P & O/P voltage& frequency, Battery voltage, Battery capacity, Loading, Fault code

Audible Alarm

 

Bypass, On battery mode, Battery low, Overload, Fault

Acoustic noise

At 1 meter distance

<55dB

Communications

Intelligent RS232 serial port

Windows 98/NT/2000/XP/2003, Linux, Sun Solaris, IBM Aix, Compaq True64, SGI IRIX, FreeBSD, HP-UX, and MAC

SNMP (Optional)

Power management from SNMP manager and web browser

USB (Optional)

Windows family software and Mac OS

Environmental

Operating Temperature

0~40 °C

Operating Humidity

20~90% ( Non Condensing)

Weight

Net weight (kg)

84

93

35

38

35

UPS Dimension

L*W*H (mm)

570*260*717

 

Q: What type of low voltage transformer should be adopted for safety lighting power supply?
In general, indoor transformers are used in general practice
Q: 1000 square meters low voltage.36 volts lighting power supply with multiple transformers and wires
You must know the quantity and power of the lamp to determine the transformer
Q: Why is the two side of the lighting transformer grounded?
Single-phase transformer two side lighting to the ground, on the one hand is the lighting products now contain many semiconductor devices such as diodes, transistors, integrated circuits, semiconductor devices vulnerable to electrostatic damage, two side grounding contributes to the surge pressure factors produced by residual electrostatic discharge stay in the main circuit, avoid electrostatic protection, product life. In the 21 aspect, there is distributed capacitance between the two side and the primary side of the power transformer, and the high frequency surge disturbance caused by the primary side current source will directly enter the two side to the main circuit through the distributed capacitor. These unnecessary high frequency interference may jump into the sensitive signal source, make the control system malfunction, and the two side grounding of the power transformer can eliminate most of the undesirable effects of the distributed capacitance.
Q: How to use digital multimeter to detect the quality of 36 volt low voltage lighting transformer?
General digital multimeter has a capacitor (some of the files with a million capacitance test table of Jack, some use pen)
Q: Why is elevator lighting transformer installed?
3 a power outlet shall be provided at the bottom pit.4 the cables and wires laid in the hoistway shall be flame retardant and damp resistant, and shall be protected by a nonflammable wire, conduit, or wire slot, with no use of wires, conduits, or wire slots made of combustible material.5 an elevator attached to a building whose wiring, materials and methods and electrical components used shall take into account the effects of climatic conditions and shall take waterproof measures.Lighting transformers in order to obtain 36V voltage
Q: Line lights, lighting transformers in use!! Can live line work?!! Be afraid of electric shock 40
I don't know how much the output voltage of your transformer is, but the internationally accepted voltage below 36V is the voltage that is not harmful to the human body
Q: Does the lighting work properly? Doesn't that power equipment start voltage unstable?
It is not easy to control, the power and lighting and electricity; if the transformer capacity is small, and relatively large power equipment start frequently, voltage stability will be poor, the lamp brightness will fluctuate dramatically, have effect on visual acuity. But as long as the design is reasonable, it has little effect.
Q: Why can't autotransformer be used as transformer for safety lighting?
The main and auxiliary coils of the autotransformer have common parts. Once the short-circuit is made, the lighting circuit is directly connected with the high voltage circuit, which is very dangerous
Q: What's the function of the lighting transformer?
Illumination transformer: usually refers to the secondary output voltage for the safety voltage 24V - 36V, only for special lighting power supply using voltage converter.
Q: Please tell me how to calculate the transformer in the lighting circuit of elevator shaft in building electrical design
Pe=19.5KW, installed capacityKx=1 coefficient of demandPjs=KxPe=19.5KW, calculated loadCOS, phi, =0.85, power factorIjs=KxPe/3/220/cos phi (Ijs calculates current, voltage, 380V/220V, three-phase)=1*19.5*1000/3/220/0.85=34.76A
We are now looking forward to your kind cooperation, and will be highly appreciated for that. We sincerely hope to cooperate with you in the lighting field. Please don't hesitate to contact us at your convenience.

1. Manufacturer Overview

Location
Year Established
Annual Output Value
Main Markets
Company Certifications

2. Manufacturer Certificates

a) Certification Name  
Range  
Reference  
Validity Period  

3. Manufacturer Capability

a) Trade Capacity
Nearest Port
Export Percentage
No.of Employees in Trade Department
Language Spoken:
b) Factory Information
Factory Size:
No. of Production Lines
Contract Manufacturing
Product Price Range

Send your message to us

This is not what you are looking for? Post Buying Request

Similar products

Hot products


Hot Searches

Related keywords