48V 100A Snmp Embedded Power System

• Customization: Available
• Weight: 10kg
• Warranty: 3 Years
• Model NO.: GPE48100C
• Cycle Life: More Than 100K Hours
• Nominal Capacity: -
• Industry: Energy Storage / Telecom / Power Distribution
• Transport Package: Carton
• Specification: 19 inch 2 U
• Trademark: Goldpower
• Origin: China
• HS Code: 8504101000
• Production Capacity: 14000 Per Month

Product Description

48V 100A embedded power system
With 2x 4850 2u rectifiers and 1x 48V monitor module with SNMP function
SPDs
MCB

Professional power supply system product
Everything ready for plug-and-play in telecom / energy storage / power distribution industries


Features
Embedded power supply system with active power factor compensation technology,

High power factor >0.98 (HPF)

Normal operating range of AC input voltage is 90-290Vac.

System operating temperature range is from -25ºC to +55ºC.

Adopting soft-switching technology, system efficiency ≥ 91%.

Perfect battery management with charging/discharging management, battery temperature compensation, battery capacity testing, battery anti-reverse connection protection, low voltage protection, etc. to prolong the service life of the battery

System adopts non-destructive hot-swap technology, convenient for maintenance

Input over-voltage and under-voltage protection

Output over-voltage protection

Output overcurrent protection

Output short circuit protection

Automatic current equalisation technology, parallel output possible

Flush mounting


Applications  
Small Programmable Switches
Access Network Transmission equipment
Mobile telecom






 
 
     
 
High performance and high reliability power supply products
GPE48100C Embedded Power System

1.                                                                                             Features

			Embedded power supply system with active power factor compensation technology, power factor >0.98 Normal operating range of AC input voltage is 90-290Vac. System operating temperature range is from -25ºC to +55ºC. u Adopting soft-switching technology, system efficiency ≥ 91%. u Perfect battery management with charging/discharging management, battery temperature compensation, battery capacity testing, battery anti-reverse connection protection, low voltage protection, etc. to prolong the service life of the battery u System adopts non-destructive hot-swap technology, convenient for maintenance u Input over-voltage and under-voltage protection u Output over-voltage protection u Output overcurrent protection u Output short circuit protection u Automatic current equalisation technology, parallel output possible u Flush mounting
	Applications   Small Programmable Switches Access Network Transmission equipment Mobile

Modify records
   

Document number	Version number	Proposed by/ Modified by	Date of preparatio n/revision	Reason for change	Main changes
1	VA.0
Note: The first time the document is prepared, the "reasons for change" and "major changes" column write "none. Note 2: This form needs to be filled out every time you change the archived documents (documents filed in the Document Control Center)

 





Preface
 
 
 
Welcome to use the GPE48100C embedded power system developed and produced by Shenzhen Kingway Source Technology Co., Ltd. The GPE48100C consists of power distribution frame, monitoring module and rectifier module, with stable performance and high practicality, and both local monitoring and background operation software can easily realize interactive human-machine interface.
 
Statement

1. The specification describes the performance of the GPE48100C embedded power supply system in detail. Before performing any operation on the power supply system, please read this specification carefully and observe the safety regulations of the relevant industry. We are not responsible for damage to the product caused by improper operation or

use conditions beyond those specified in this specification.

1. Our company has the right to change the content of the specification without notice to the customer.

 
Safety Code

High Pressure	The AC introduction line is a high-voltage working line, the operation process must ensure that the AC input power failure, the operation process of the switch is not allowed to use to add
	a temporary ban sign.
Attention	AC line terminal joints and other unnecessary exposed places, to fully insulate.
Attention	Must be grounded before powering up.
Attention	Module with hot-swappable function, but before inserting the module must ensure that the module panel indicator is fully extinguished
Attention	High-voltage, AC operation in thunderstorm weather is strictly prohibited

 
 Catalog
 

1. System Overview

 .............................................................................................................................................. 7

1. 1. GPE48100C System Configuration ............................................................................................ 7
   2. GPE48100C Working Principle ........................................................................................................... 7
2. Performance indicators ................................................................................................................................... 8
3. Mechanical characteristics ........................................................................................................................... 12
4. Installation instructions ................................................................................................................................. 13
   1. Installation Dimension Drawing ....................................................................................................... 13
   2. System power supply installation ................................................................................................... 13
5. Electrical connection...................................................................................................................................... 14
   1. Description of electrical connection relations ............................................................................. 14
   2. Electrical connection process .......................................................................................................... 14
6. GPM48-27 monitoring module function description ............................................................................... 16
   1. Monitoring module functions ............................................................................................................ 16
   2. Monitoring backend software ........................................................................................................... 17 7.1 Rectifier Module Parameter Description ........................................................................................ 18

7.2 Rectifier Module Installation ............................................................................................................. 19
8. System maintenance ...................................................................................................................................... 19 9. Citation and reference standards ................................................................................................................ 21
 
 
 









 
 
1. System Overview
 

1.1 GPE48100C system configuration

GPE48100C is composed of frame power distribution, rectifier module (at least one, up to two), and one monitoring module, and the specific optional modules can be found in the following table:

Configuration	Rectifier Module	Monitoring Module	Power Distribution	Remarks
Standard configuration	GPR4850 Series	GPM48-27-EH	AC distribution: 3P terminal block, 63A/2P AC open, C-level lightning protection DC power distribution: 6P terminal block (2 way load, one way battery)	See   module specification for    specific indicators

 

1.2 GPE48100C working principle

The AC power supply enters the rectifier module through the through terminal. Under normal conditions of the system, the rectifier module and the distribution unit are controlled by the monitoring module and work according to their predetermined parameters or user commands. If there is a utility failure, the system will be powered by the battery at this time. With the discharge of the battery, the voltage of the battery terminal starts to drop, and when the battery voltage is lower than 47V±0.5V, the monitoring module reports the DC undervoltage alarm signal. When the battery voltage is lower than 43.2V±0.5V adjustable, the monitoring module controls the contactor KM2 action to shut down the load output, at which time the power system will stop working. When the external utility power is restored, the system will resume normal operation at the same time (the above monitoring data is the default value of the system, the user can reset).
Except for the battery discharge protection, the battery and load over-temperature protection functions are disabled by default, and the user can activate or disable them by issuing commands as needed.
 
 2. Performance indicators

 
 

Environment
Parameters	Minimum	Typical	Maximum	Unit	Note
Operating temperature	-25		55	°C	At ≥°C55, the power supply needs to drop the power output
Storage temperature	-40		80	°C
Humidity	10		90	%	Relative humidity, no solidification.
Atmospheric pressure	70		106	KPa
Altitude	0		3000	m
Cooling method	Blower forced cooling

 

Basic input characteristics
Projects	Minimum	Typical	Maximum	Unit	Note
Input Voltage Range	90	220	290	Vac
Input Frequency	45	50	65	Hz
Maximum input current			45	A
Power Factor	0.98				Rated load
Input overvoltage protection point	300			Vac	Automatically recoverable
Input overvoltage	290			Vac	The return difference is not less than 5V
recovery point
Input undervoltage protection point			85	Vac	Automatically recoverable
Input undervoltage recovery point			90	Vac	The return difference is not less than 5V
Input overcurrent protection					AC input side with open circuit as protection

 

Basic output characteristics (Table 1)
Projects	Minimum	Typical	Maximum	Unit	Note
Output Voltage	42	53.5	58	Vdc	Adjustable by monitoring, no-load test
Output power		5350		W	Guaranteed 5350W output at 176Vac to 290Vac input (rated power includes the sum of battery charging power and load power.)
		2400		W	Input is 90Vac to 176Vac
Output Current	0		100	A	Guaranteed 5350W output at 176Vac to 290Vac input (rated power includes the sum of battery charging power and load power.)
	0		45	A	Input is 90Vac to 176Vac
Output overvoltage protection point	58.5		60.5	Vdc	Lockout
Output current limit protection point					With output current limit protection
Output short circuit protection					Long-term         short-circuit       capable,          selfrecovery
Over temperature protection					Can automatically recover under ambient temperature ºC56
Battery down protection					With battery down power protection
Battery polarity reversal protection					No damage to the battery and power system
Voltage stabilization
accuracy			±1	%

 
2. Performance indicators

 
 

Basic output characteristics (Table 2)
Projects	Minimum	Typical	Maximum	Unit	Note
Temperature coefficient			±0.02	‰/° C
Uneven flow unbalance			±5	%	Within 50 to 100% load range
degree
Switching overshoot amplitude			±5	%	When hot-swapping any module (the load current should not be greater than the total output current of the module in operation), the system output voltage fluctuation
Dynamic response recovery time			200	uS	25%~50%~25% load variation 50%~75%~50% load variation
Dynamic response
overshoot			±5	%
Efficiency indicators	90	92		%	220Vac input, rated output voltage, rated load current
	83			%	110Vac input, rated output voltage, rated load current
Boot time	3		8	S	The input voltage is turned on until the output voltage is established to the rectified value, and the start-up output requires a pre-limit function
In-screen pressure drop			500	mV
Peak-to-peak murmur voltage			200	mV	Test after 1 hour of low temperature operation, adding and 0.1μF film capacitor and 10μF high frequency electrolytic capacitor each, 20cm twisted pair in 20MHz band.
Telephone weighing
murmur voltage			2	mV

 

Other features
Projects	Requirements
Audio noise	No greater than 55dB(A)
Odor requirements	Can not produce offensive and unhealthy odor
Component Requirements	Select electrolytic capacitor rated temperature not less than ºC 105
Hot-swap requirements	Rectifier modules meet hot-swap requirements
Mix   and match requirements	Rectifier modules can be mixed
Failure Isolation	Reliable disconnection from the system after rectifier module failure
Heat dissipation method	Forced air-cooling, rectifier module comes with a fan, forward air and back air, the fan is placed in the front panel of the rectifier module, removable, the fan has a temperature-controlled speed regulation function.

 

Insulation grade
Parameters	Requirements	Note
Input to Output	3535Vdc/10mA /60S	No flying arc, no breakdown. The module and monitor need to be removed before testing.
Input to ground	3535Vdc/10mA /60S
Output to ground	1414Vdc/10mA /60S
Insulation resistance	Under normal atmospheric pressure, relative humidity of 90%, test voltage of 500V DC, the insulation resistance of power input to output, input to ground, output to ground are not less than M10Ω

2. Performance indicators

 

General environmental testing
Projects	Indicator requirements	Standard
Low temperature working test	-25ºC,24h, temperature change rate 1ºC/min	GB_T 2423.1-2008 Test Ae
High temperature working test	55ºC,24h, temperature change rate 1ºC/min	GB_T 2423.2-2008 Test Be
Low temperature storage test	-40ºC, 24h, temperature change rate 1ºC/min	GB_T 2423.1-2008 Test Ab
High temperature storage test	80ºC,24h, temperature change rate 1ºC/min	GB_T 2423.2-2008 Test Bb
Alternating heat and humidity test	Alternating heat and humidity test, temperature 25~55ºC. Humidity 90%, 2 cycles, total 48h.	GB_T 2423.4-2008
Temperature change test	-25~55ºC,2 cycles, high and low temperature holding time for 3 hours respectively, temperature change rate 1ºC/min	GB_T 2423.22-2012 Test Nb
Low temperature start-up test	-25ºC, start 3 times. Can start normally, allow dips during start-up, and output voltage after start-up is completed to meet output voltage range requirements. Test at maximum, minimum and typical values of input

 
 

3. Mechanical characteristics

 
         

Mechanical characteristi	cs
Whole machine size	As shown in the figure below
Weight of the whole machine	≤13.5Kg (with module)          ≤7.5Kg (without module, rack + power distribution)

 
 
 
 
 
 
 

4. Installation instructions

 

4.1 Installation dimension drawing

 
 

4.2 System power installation

The GPE48100C is an embedded power supply, so when carrying out installation, insert the GPE48100C into the designated position of the cabinet by lifting it flat and ensuring that the GPE48100C is installed in place, with the four mounting holes of the lugs corresponding to the mounting holes of the cabinet, screw in four M6 Phillips
slot screws, and tighten the screws with a tool to complete the installation.
Note: The cabinet is customer's own.
 
       
       

5. Electrical connection

 

5.1 Description of electrical connection relations

The electrical connection between the main chassis and the outside is made through the terminal of the system, and the location of the interface of the terminal of the system is shown in the following figure:
 
Wiring terminal connection relationship description:

1. Input terminals

L: Fire wire; N: Zero wire; PE: Ground wire.

1. Output terminals

Load1+: Load1 positive; Load1-: Load1 negative; Load+: Load2 positive; Load2-: Load2 negative; BAT+: Battery
positive; BAT- Battery negative.

1. Battery RS485 communication terminal

A: RS485A; B: RS485B

5.2 Electrical connection process

The electrical connection between the main chassis and external devices includes: the connection of AC input, the connection of DC output and battery, the connection of communication line, the connection of ground wire, etc. Specific descriptions are given below, and the key points of the electrical connections are safety and reliability
 System AC introduction line connection
The AC introduction terminal of the GPE48100C system is a 3PIN terminal located at the rear panel of the system; the AC connection cable is crimped to the corresponding input terminal.
System DC load line connection
The load terminals of the GPE48100C system are 6PIN terminals, located on the rear panel of the system, and the
connecting wires can be directly connected to the corresponding terminals.

1. The selection and alignment of the load line according to the engineering design requirements, select the appropriate cable.
2. Connect one end of the positive connection wire to the corresponding positive terminal of the system;
3. Connect one end of the negative connection wire to the negative terminal of the corresponding load of the system;

5. Electrical connection
 
System DC battery line connection
The terminal of the system and the battery is identified as BAT, which is used to connect the battery, and the connection wire can be directly connected to the terminal. The following is a specific description of the battery connection process.

1. 1. Make a good positive connection line and negative connection line (including connecting the terminal block and positive

or negative identification).

1. 1. Tie up the battery connection cable.
   2. Connect one end of the positive connection wire to the corresponding positive terminal of the system;
   3. Connect one end of the negative terminal connection cable to the corresponding negative terminal of the battery in the

system;

1. Recommended cable specification table

Name	Symbols	AWG/Minimum cross-sectional area (#/mm^2 )	AWG / Maximum cross-sectional area (#/mm ^2 )	Temperature class (ºC)	Pressure resistance (V)
Output load line	Load1+ Load1- Load2+ Load2-	5#/16	3#/25	105	600
Input ground	PE	9#/6	7#/10	105	600
AC input firewire	L	9#/6	7#/10	105	600
AC input zero line	N	9#/6	7#/10	105	600
Battery	BAT+ BAT-	3#/25	3#/25	105	600

1. Ground wire installation

Protective grounding connection: Grounded on the back panel of the system of GPE48100C, use 10mm² or more cable to connect the chassis grounding point of the system main chassis to the external earth.

1. Installation of communication lines

The communication line interface LAN and RS485 of the GPE48100C system are located in the monitoring module of the
system. LAN is the Ethernet communication interface and RS485 is the communication port for communication with the host computer.
LAN Ethernet communication method: Directly connected to the computer through a network crossover cable, or
connected to the computer through a router with an ordinary network cable.
RS485 communication method:

1. 1. Connect one end of the communication cable to the RS485 interface of the monitoring module of the

GPE48100C system.

1. 1. Connect pin 2 of the communication cable to the RS-485 converter (RS485 to RS232) RS485+, pin 3 to the RS-485

converter RS485-, and connect it to the COM port of the computer through the RS232 port of the converter.
 
 
 

6. GPM48-27 monitoring module function description

 

6.1 Monitoring module functions

 

Function items	Explanation
Remote monitoring function of the monitoring unit from the host computer	The upper computer can remotely query, set and control the system monitoring at any time to realize the "three remote" function.
Management of rectifier module by monitoring module	The monitoring module sends control and adjustment commands or parameter acquisition commands to the module via RS485 communication
Battery Management	Management of "battery low voltage, battery down charge, battery even float charge management, temperature compensation"
Monitoring of system output management functions	Inspection and control systems
LED indication function	Operating status description
8-way dry node output function	AC power-down alarm; battery output undervoltage alarm
COM port	Sensor input and dry contact output
With SNMP function	Remote monitoring via PC browser, SNMP protocol
The detailed description of the above can be found in the "GPM48-27 Monitoring Module Specification" document.

 
 

6.2 Monitoring backend software

The detailed description of the backend software can be found in the "Software Operation Manual" document.
 
 

7. GPR4850 series rectifier module function description

 

7.1 Rectifier module parameter description

 

Projects	Unit	Minimum value	Typical values	Maximum value	Test conditions
AC input voltage	Vac	90	220	290
AC input voltage frequency	Hz	45	50	65	Rated load
Input Power Factor		0.99			Rated voltage/rated load
Output Voltage
Range	Vdc	42	53.5	58
Output Current	A	0	50		Input is 176~290V ac
	A	0	22		Input is 90~176V ac
Output voltage
regulation accuracy				± 1 %
Peak-to-peak Vp-p	mV			200	One 0.1uF ceramic capacitor and one 10uF electrolytic capacitor are added and the bandwidth is measured at 20MHz.
Output power	W	0	2900		Guaranteed 2900W output at 176Vac to 290Vac input
	W	0	1200		Input is 90Vac to 176Vac
Output efficiency	%	92	93		220V AC input (1, 220Vac input, rated output voltage, 25% or more of the rated load current 2, up to 94%)
	%	86			110V AC input
Input         overvoltage protection	Vdc	300			Self-recoverable
Input overvoltage protection recovery point	Vdc	290
Input         undervoltage
protection	Vdc			85	Self-recoverable
Input         undervoltage
protection recovery point	Vdc			90
Output       overvoltage protection point	V	58.5	59	60.5	1,The module internal fault causes overvoltage, the module itself locks up 2, the module plus the output overvoltage protection point range of voltage, the module works normally
Output current limit protection	A	54			Self-recovery
Short circuit protection	A	Long-term short-circuit capable, self-recovery
Power       over-
temperature protection		Can automatically recover under ambient temperature of 65ºC
The above detailed descriptions can be found in the "GPR4850 Series Module Specification" document.

7.2 Rectifier Module Installation

 
Insert the rectifier module into the corresponding position of the main chassis insert frame, the rectifier module panel with a handle, you should hold the handle with one hand, hold the part with the other hand, slowly push into the corresponding slot until the connection terminal of the rear panel of the part is inserted into the corresponding socket of the main chassis system motherboard, and finally tighten the fixing screw on the upper side of the puller on the main chassis, the installation is completed; when the module is withdrawn from the main chassis, you should first loosen the fixing screw on the upper side of the panel and slowly withdraw the part from the slot. When the module exits the main chassis, you should loosen the fixing screws on the top side of the panel, hold the handle tightly, and slowly withdraw the parts from the slot.
 
 











 
 

8. System maintenance

   

1. Fault phenomenon: rectifier module yellow light flashes continuously, communication failure;

Maintenance: Check the communication network for looseness and damage to the network interface.

1. Fault phenomenon: rectifier module yellow light is always on

   Maintenance: Check whether there is a fan blockage, whether the load current exceeds the maximum current; whether the AC voltage is too low and the automatic derating function appears; whether the temperature is too high and the prealarm appears; whether the remote shutdown function is set in the background interface.

1. Fault phenomenon: rectifier module red light on

       Maintenance: whether the voltage is too high or too low for over-undervoltage protection; whether the
fan is blocked, whether the ambient temperature is too high, whether the load side is shortcircuited;
When the system has a red light on, but not the above, the module is abnormal and needs to be returned to the manufacturer for repair.

1. Fault phenomenon: rectifier module red, yellow and green lights are not lit;

   Maintenance: check whether there is AC input, no input please check the input circuit, there is input
and the light is not on then the module has been damaged, return to the manufacturer for maintenance.
 


9. Citation and reference standards
 
 

GB/T 2423.1-2008	Environmental testing of electrical and electronic products Part 2: Test methods Test A: Low temperature
GB/T 2423.2-2008	Environmental testing of electrical and electronic products Part 2: Test methods Test B: High temperature
GB/T2423.3-2016	Environmental tests Part 2: Test methods Test Cab: Constant humidity and heat test
GB/T 2423.4-2008	Environmental testing of electrical and electronic products: Part 2: Test methods Test Db: Alternating heat and humidity
GB/T 2423.22-2012	Environmental tests Part 2: Test methods Test N: Temperature change
GB/T 2423.34-2012	Environmental testing Part 2: Test methods Test ZAD: Combined temperature and humidity cycle test
GB 4208-2008	Enclosure protection level (IP code)
GB/T 2423.21-2008	Environmental testing of electrical and electronic products Part 2: Test methods Test M: Low air pressure
GB/T 2423.25-2008	Environmental testing of electrical and electronic products Part 2: Test methods Test Z/AM: low temperature / low pressure combined test
GB/T 2423.26-2008	Environmental testing of electrical and electronic products Part 2: Test methods Test ZBM: High temperature / low pressure integrated test
GB/T 2423.10-2008	Environmental tests for electrical and electronic products Part 2: Test methods Test Fc: Vibration (sine)
GB /T 2423.17-2008	Environmental testing of electrical and electronic products Part II: Test methods Test Ka: Salt spray
GB/T 2423.18-2012	Environmental tests Part 2: Test methods Test Kb: Salt spray, alternating (sodium chloride solution)
GB/T 13722-2013	Technical requirements and test methods for mobile communication power supplies
YD/T 282-2000	Communication equipment reliability test methods
YD/T 1817-2008	DC remote attack power system for communication equipment
YD/T 2378-2011	240V DC power supply system
YD/T 731-2008	Tongxin High Frequency Switching Rectifier
YD/T 1058-2015	High Frequency Switching Power Supply System
YD/T 1436-2014	Outdoor type communication power supply system
YD/T 637-2006	DC-DC conversion equipment
YD/T 1376-2005	DC-DC modular power supply
YD/T 1051-2000	Communication bureau (station) power supply system general technical requirements
GB/T 17625.1-2003	EMC limits harmonic current emission limits (equipment input current per phase ≤ 16A)
GB/T 3873-83	General technical conditions for packaging of communication equipment products
GB 4943-2011	Security of information technology equipment (idt IEC60950:2001 "Security of information technology equipment")
GB/T 6592-2011	Electrical and electronic measurement equipment performance representation