Basic Info.

Model NO.	Rectifier
Output Power	401 - 500W
Input Voltage	110-220V
Connection Mode	Series Switching Power Supply
Starting Mode	Self-excited Switching Power Supply
Voltage Regulating Mode	Frequency Modulation Type
Power Supplying System	Terminal Power Distribution Equipment
Energy Transmission	One-way Transmission
Modulation System	PWM
Certification	CE
Input	3phase 380V Single Phase 220V
Output	24V/48V
Output Current	24V70A/ 48V50A
Protection	High Tempeturer Protection
Factory	Factory Supply
Used for	48V Battery or 48V Load
LCD Screen	Yes
Support	OEM/ODM
Package	Carton Box
Communication	485 232 Snmp
Model	Nasn Rectifiers
Name	Switch Mode Power Supply
Application	AC /DC Distribution System
Power Supply	Hot Swappable and Plug and Play
N+1 Redundancy	Embedded Modular System
Transport Package	Carton
Specification	540*44*13mm
Trademark	NASN
Origin	China
HS Code	8504409992
Production Capacity	100/Month

Packaging & Delivery

Package Size54.00cm * 44.00cm * 13.00cm Package Gross Weight9.000kg

Product Description

NASN rectifiers

NASN rectifiers bring advanced technology to the DC power industry. Innovative engineering combines the best in efficiency and reliability to meet the power requirements for a variety of system applications. This rectifier is specifically designed to recharge all types of stationary batteries for large utility, petrochemical and industrial uses. The fan cooled rectifier module has extremely high density providing the most power in the least amount of space. A compact shelf accommodates four rectifiers per 19in 1U shelf and can be paralleled up to 5*1U 19in shelf. Local and remote setup, adjustment and control is a simple, single-step process with the rectifier System Controller. By utilizing TCP/IP technology, complete configuration and monitoring of power equipment is possible through a Windows Internet Explorer browser. We can provide turnkey solutions for outside plant, headend, telecommunications, industrial and renewable energy applications. We work to combine your small-, medium- and large-scale projects with the necessary installation resources.

Telecom Rectifier 220 V AC to 220 VDC 10A Telecom Power Supply

AC DC Rectifier with 24V 48V 110V 220V Module for Telecom

FAQ

Q1: What kind of EV Charger do you have?AC and DC charger with connectors Type2, CCS1/CCS2, CHAdeMO, GB/T, etc.

Q2: Do you provide customized product?
We provide OEM and ODM services for clients.

Q3: What is the delivery time of EV charger?

About 4-6 weeks.
Q4: What about your warranty of EV Charger?
Generally 2 years. Our warranty period depends on customer's requirements and we always put customer's need as priority.

Q5:How do you package it ?
A:We pack in cartons.

Q6:what's the MOQ?
A:For LOGO, color or other special requirements, a minimum of 20 is required. If you do not have these requirements you can buy
directly, we will ship within 3-10 days.

Q7:Can you produce according to the samples?
A:Yes, we can produce by your samples or technical drawings. We can build the molds and fixtures.

Q8:Do you test all your goods before delivery?
A:Yes, we have 100% test before delivery.

Q9:What is your terms of delivery?
A:EXW, FOB, CFR, CIF, DDU.

Q10:What is your terms of payment?
A:We accept all methods of payment: paypal, T/T, credit card, West Union... Please contact us for more details.

Input Voltage Range	85Vac to 300Vac
Rated Input Voltage	110Vac / 220Vac
Nominal Input Voltage Range	200Vac to 250Vac
Frequency Range	45Hz-66Hz
Maximum Input Current	18A
Surge Current	Standard: EN/IEC61000-4-5
Efficiency	≥96%@230Vac peak efficiency
Power Factor	≥0.99@220Vac/20%~100% Load
Input Current Thd	<5%@ 50% Load <8%@ 20% Load
Leakage Current	<3.5mA@264Vac
Rated Power	3000W(176Vac~290Vac) 1250W(85Vac~175Vac linear derating)
Maximum Input Rush Current	30A
Input Fuse	with 25A fuse on L&N
Maximum Input Voltage	320Vac(power good)

Input Voltage Range	120Vdc to 400Vdc
Rated Input Voltage	340Vdc
Nominal Input Voltage Range	200Vdc to 400Vdc
Maximum Input Current	17A
Surge Current	Standard: EN/IEC61000-4-5
Reverse Polarity Protected	No damage even with the wrong polarity
Input Fuse	Fuse on both the positive and negative polarities.
Efficiency	≥96%@325Vdc peak efficiency
Rated Power	3000W(200Vdc~400Vdc) 1800W(120Vdc~200Vdc linear derating)
Maximum Input Voltage	450Vdc(power good)

Output Voltage	+53.5Vdc
Output Voltage Setting Value	+53.5±0.1Vdc
Adjustable Output Voltage Range	+42Vdc~+58Vdc
Current-Unbalance	≤±3%
Source Effect	±0.1%
Load Effect	±0.5%
Stabilized Voltage Precision	±0.6%
Minimum Current	0A
Rated Current	50A
Peak Current	[email protected]V
Temperature Coefficient(1/°C)	≤±0.02%
Power Failure Hold-Up Time	10ms
Stand-By Power Consumption	≤4W
Maximum Capacitive Load	4000uF
The Maximum Number Of Modules In Parallel Connection	31

Performance Index	Maximum	Remark
Ripple & noise(peak-to-peak)	200mVp-p	bandwidth≤20M

Voltage Overshoot	Jump Slope	Load Fluctuation	Recovery Time	Output Overshoot
+53.5V	0.1A/uS	25%~50% load, 50%~25% load, 50%~75% load, 75%~50% load	≤200us	≤±5%
+58V	0.1A/uS	0%~100% load, 100%~0% load		over-temperature protection untriggered

Output Voltage	Load Fluctuation	Output Overshoot
+53.5V	Startup overshoot	<1%

Item	220Vac@25ºC
Startup Delay	3S~8S

Input Voltage	Maximum Output Power
176Vac~290Vac	3000W
85 Vac~176Vac	linear derating
85Vac	1250W

Input Voltage	Maximum Output Power
200Vdc~400Vdc	3000W
120 Vdc~200Vdc	linear derating
120Vdc	1800W

Environmental Temperature	Maximum Output Power
-40~55ºC	3000W
55~65ºC	linear derating
65ºC	2400W
65~75ºC	linear derating
75ºC	1200W

Noise Voltage	Maximum	Remark
telephone weighted noise voltage	≤2mV
wide band noise voltage	≤50mV	3.4~150KHz
	≤20mV	150~30000KHz
discrete noise voltage	≤5mV	3.4~150KHz
	≤3mV	150~200KHz
	≤2mV	200~500KHz
	≤1mV	500~30000KHz

Output Voltage	Remark
+53.5V	long - term short circuit is allowed, automatic recovery is triggered when short circuit fault disappears

Input Voltage	Remark
290~300Vac	The alarm light is on with normal output
310±5Vac	Output is off and the input is disconnected from the power grid. Output can be recovered automatically when the voltage is normal.
	input recovery point hysteresis>10V

Input Voltage	Remark
390~400V dc	The alarm light is on with normal output
420±5V dc	Output is off and the input is disconnected from the power grid. Output can be recovered automatically when the voltage is normal.
	input recovery point hysteresis>10V

Input Voltage	Remark
80±5Vac	Output is off and can be recovered automatically when the voltage is normal
	input recovery point hysteresis>5V

Input Voltage	Remark
110±5Vdc	Output is off and can be recovered automatically when the voltage is normal
	input recovery point hysteresis>5V

Temperature	Remark
≤55ºC	The module runs properly with the maximum output power and without temperature protection
55ºC~65ºC	linear derating of module power to 2400W
65ºC~75ºC	linear derating of module power to 1200W
>75ºC	The module recovers automatically with the temperature hystersis>10ºC in the state of shutdown when the temperature is above 75ºC

Indicator	Color of Indicator	Normal State	Abnormal State	Root Reason
running indicator	Green	On	Off	Mains power failure (no AC input, AC input over-voltage/under-voltage), no output of the module.
protection indicator	Yellow	Off	On	Temperature Pre-alarm (ambient temperature over 65°C ~ thermal shutdown) Dormancy shutdown (when dormancy shutdown, only the protection indicator light is on without any alarm). Communication interruption (protection indicator flickers)
malfunction lndicator	Red	Off	On	Output over-voltage shutdown, fan failure, over-temperature shutdown, no output caused by the module internally.

The SMPS based CONVERTER should be based on High Frequency (20 KHz and above) Switch Mode techniques. Resettable Fuses shall be provided, wherever appropriate, to protect the module against failure of control / sensing circuit. The design shall have suitable time delay / hysteresis to avoid hunting during switching ON and OFF of the system. The module shall disconnect at 150V and reconnect at 170V AC. Switching ON and OFF the fan shall be temperature controlled. In case of fan failure the module shall have automatic protection to switch off the module above 70 deg centigrade and restore automatically with reduction in temperature. It shall not cause any fire hazard. The fan shall also be protected against short circuit by providing a fuse. The CONVERTER modules shall have forced cooling and only DC fan shall be used.
DC Output Characteristics
The module shall be capable of operating in "Auto Float cum-Boost charger" mode. It shall be programmed to operate as a float rectifier or a Boost charger depending on the condition of the battery
Auto Float Mode
Float voltage of each rectifier module shall be set as given below: Normal Float & Boost voltage for VRLA battery is 2.25V and 2.3V/Cell respectively. For conventional battery it shall be 2.15V and 2.42V/cell, respectively. For 110V/20Amp charger 55cells of 2V each will be used and for 48V/25A charger 24 cells of 2V each will be used. The module should have a range from 2.0 - 2.3V/cell in float mode & 2.2 - 2.5V/cell in boost mode to meet the requirement of VRLA as well as conventional batteries. The DC output voltage shall be maintained within ± 1% of the half load pre-set voltage in the range 25% load to full load when measured at the output terminals over the full specified input range.

Auto Boost Charge Mode
In auto boost charge mode, CONVERTER shall supply battery and equipment current till terminal voltage reaches 2.3V (VRLA battery) /2.42V (Low Maintenance battery) per cell.and shall change over to Auto Float mode after a defined delay of 0, 1, 2, 4 hours adjustable, to be set as per battery manufacturer's specification.
Efficiency The efficiency and Power factor of the CONVERTER in auto float and auto boost mode shall be as follows: Nominal input - 150-275V Output - Full Load, Efficiency > 90% and Power factor >0.95 to unity And for Nominal input - 150-275V Output - 25% to 100%, Efficiency > 85% and Power factor >0.9 Note: Active power factor correction circuit shall be adopted.
Total Harmonic Distortion The total line harmonic voltage distortion shall not be more than 10%. The total current harmonic distortion contributed by CONVERTER at the input shall not exceed 10% for all input condition and load 50% to 100% of the rated capacity.

Soft Start Feature

Slow start circuitry shall be employed such that CONVERTER module output voltage shall reach

its nominal value slowly within 10 to 20 seconds, eliminating all starting surges.

The maximum instantaneous current during start up shall not exceed the peak value of the

rectifier-input current at full load at the lowest input voltage specified.

Voltage Overshoot/Undershoot (with battery disconnected)

The CONVERTER modules shall be designed to minimize output voltage overshoot /

undershoot such that when they are switched ON, the DC output voltage shall be limited to ± 5%

of the set voltage and return to its steady state within 20 millisecond for any load of 25% to

100%.

The DC output voltage overshoot for a step change in AC mains from 150V to 275V shall not

cause shut down of CONVERTER module and the voltage overshoot shall be limited to ±5% of

its set voltage and return to steady state within 20ms.

The modules shall be designed such that a step load change of 25% to 100% or vice- versa

shall not result in DC output voltage overshoot/undershoot of not more than ±5% of the set value

and return to steady state value within 10 millisecond without resulting the unit to trip.

Parallel Operation

The CONVERTER modules shall be suitable for operating in parallel on active load sharing

basis with one or more modules of same type, make and rating.

The current sharing shall be within ± 10% of the individual capacity of each CONVERTER in the

system when loaded between 50 to 100% of its rated capacity.
Alarms & Indication of CONVERTER The following indications, controls & measuring points shall be provided on the front panel of CONVERTER
a) CONVERTER on Auto Float mode FLOAT Green b) CONVERTER on Boost Charge mode BOOST Green c) Mains available MAINS Amber
Alarm Indication with LED: a) Rectifier module over voltage OVER VOLTAGE Red b) Rectifier module under-voltage UNDER VOLTAGE Red c) DC output fail OUTPUT FAIL Red d) CONVERTER Overload/ short circuit OVERLOAD/ SHORT CIRCUIT Red e) Fan fail FAN FAIL Red Note: "Provision shall be made for stopping the audio alarm with a non-locking push button. a) Float voltage adjustment (float) b) Boost voltage adjustment (boost) c) Overload current setting (OL) d) Voltage monitoring point suitable for measurement by standard multimeter.

Snmp Electric Power Supply 220VAC to 48VDC 50A Rectifier Power for Telecom