NA1553使用说明V2.0

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Parker Hannifin 水力变速泵产品目录说明书

Control Options
Variable Volume Piston Pumps Series PAVC 33/38/65/100
Remote Pressure Control
Control Type (M)
Remote control of the PAVC output pressure can be achieved by controlling the pressure in the low signal “B” port when the pump is set up for Control Type (M). A manual, hydraulically piloted, electrical or electroproportionally controlled pressure control device is installed in the line from the low signal “B” port to tank. The pump will then maintain pressure approximately equal to the pressure in the “B” port plus the pump differential setting.
When pressure reaches the setting of the compensator
follows:
control, the dart leaves its seat causing the pressure in
Dead head the pump (no flow) with a 0-207 bar (0-
As shown in Figure 1, the amount of flow produced by the Parker Piston Pump is dependent upon the length of stroke of the pumping pistons. This length of stroke, in turn, is determined by the position of the swash plate. Maximum flow is achieved at an angle of 17°.

活化仪电子版说明书

活化仪电子版说明书作者: 日期:RN-XF蓄电池智能活化仪使用说明书陕西瑞能电气有限责任公司15第一部分仪器使用说明书••… I 第' 一^章彳概^述 ............1.1产品概述 ............... 1.2主要功能 ............... 1.3技术指标 ...............第二章主要部件及接线说明2.1主要部件 ............... 2.2接口说明及连线 .........第三章操作指南 ..............开机 .................. 电池充放电 ............ 内阻测试 ............... 电池活化 ...............数据操作 ............... 系统设置 .............. 3.1 3.2 3.3 3.4 3.5 3.6 第四章常见问题及解决…•… 第二部分软件使用说明书••…1打开软件 ................. 2功能操作 ................. 电池充电操作 ....... 电池放电操作 ....... 内阻测试操作 ........电池活化操作 ........ 数据处理操作 ........2.1 2.2 2.3 2.4 2.510 12 13 14 14 15 15 16 17 18第一部分仪器使用说明书第一章概述1.1、产品简介RN-XF蓄电池智能活化仪（2V/12V 一体机是陕西瑞能电气有限责任公司专利产品，适用于2V、12V蓄电池，以下简称活化仪），是日常维护中专用于对落后蓄电池处理的便携式产品。

活化仪采用最先进的脉冲活化技术，针对不同落后电池的实际情况，设置多个循环周期对落后电池做多次循环充放电活化，彻底“清洗”极板硫化物质，有效激活电池硫化的活性物质，从而使电池得到活化，容量得到提升。

1.2、产品主要功能及特点1.2.1、主要特点1、活化仪具有单节电池旁路技术，实现单节电池在线活化，方便、实用。

1553B总线应用发展研究

1553B总线应用发展研究刘士全;隽扬;蔡洁明;魏敬和;黄正【摘要】As a high reliability and flexibility bus technique, 1553B bus has been extended from the flight control system to tanks, warships, aerospace and other fields. Nowadays it is widely adopted in the army, navy and air force, with a net cover the armed forces said. In the early 1980’s our country had began the research on 1553B bus technology. In recent years, the 1553B data bus have become the most advanced avionics system data bus, and in the ship and vehicle field, which plays an important role in raising the technology level of our army tanks and ships and other weapons. However, because of the 1553B standard’ s core technology for a long monopolized by European and American companies, based on independent research and development 1553B bus standard protocol chips and products has important strategic significance. This paper introduces the background and the characteristics of 1553B bus technology, briefly illustrate the composition of 1553B communication system, explains 1553B bus application and nationalization, analysis of the 1553B bus system development prospects and direction.%1553B总线以其传输的高可靠性、使用简单灵活的特点，已经逐步从飞行控制等系统扩展到坦克、舰船、航天等领域，目前已广泛应用于海、陆、空三军，具有一网盖三军之称。

爱普飞IP-1553B MIL-STD-1553 IndustryPack模块参考手册说明书

IP-1553B MIL-STD-1553 IndustryPack Module REFERENCE MANUAL 693-13-000-4000Revision 1.3March 2001ALPHI TECHNOLOGY CORPORATION 6202 S. Maple Avenue #120Tempe, AZ 85283 USATel : (480) 838-2428Fax: (480) 838-4477NOTICEThe information in this document has been carefully checked and is believed to be entirely reliable. While all reasonable efforts to ensure accuracy have been taken in the preparation of this manual, ALPHI TECHNOLOGY assumes no responsibility resulting from omissions or errors in this manual, or from the use of information contained herein.ALPHI TECHNOLOGY reserves the right to make any changes, without notice, to this or any of ALPHI TECHNOLOGY’s products to improve reliability, performance, function or design.ALPHI TECHNOLOGY does not assume any liability arising out of the application or use of any product or circuit described herein; nor does ALPHI TECHNOLOGY convey any license under its patent rights or the rights of others.ALPHI TECHNOLOGY CORPORATIONAll Rights ReservedThis document shall not be duplicated, nor its contents usedfor any purpose, unless express permission has been granted in advance.TABLE OF CONTENTSGENERAL DESCRIPTION 1INTRODUCTION1 FUNCTIONAL DESCRIPTION1 REFERENCE MATERIALS LIST3VITA STANDARDS ORGANIZATION 3 THEORY OF OPERATION 4 INTERNAL ORGANIZATION4 SUMMIT REGISTERS4 REMOTE TERMINAL REGISTERS4 BUS CONTROLLER REGISTERS5 MONITOR TERMINAL REGISTERS6 SHARED MEMORY SRAM7 ID SPACE7 IP INTERFACE8 LOCAL MEMORY AND REGISTER MAP SUMMARY8 STATUS REGISTER9 LOCAL INTERRUPT SOURCES10JUMPER LOCATION DIAGRAM 11 SUMMIT I/O CONNECTIONS 14 IP-SUMMIT TRANSITION MODULE 15ALPHI TECHNOLOGY CORP.Page iii REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998GENERAL DESCRIPTIONINTRODUCTIONThe IP-SUMMIT module provides Bus Controller (BC), Remote Terminal (RT) and Bus Monitor (BM) dual-redundant operations on the MIL-STD-1553 bus. The IP form factor provide easy installation.• UTMC Summit RISC based processor unit• 64K x 16 bit dual ported SRAM• One EEPROM (32 bytes ) for identification• Supports Bus Controller, Remote Terminal and Bus Monitor mode• RT address and operational modes are program or jumper selectable• 1553 bus long or short stub jumper option on transition moduleFUNCTIONAL DESCRIPTIONA functional block diagram of the IP module is depicted below in Figure 1. The IP-SUMMIT is designed around the SUMMIT that is used to manage the 1553 BUS.ALPHI TECHNOLOGY CORP.Page 1 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998Figure 1ALPHI TECHNOLOGY CORP.Page 2 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998REFERENCE MATERIALS LISTThe reader should refer to the “SUMMIT” 1996 product handbook, from UTMC, that provides detailed descriptions about the SUMMIT registers.UTMC1575 Garden of the Gods RoadColorado Springs, Colorado80907-3486 USAMarketing Department :719-594-8166 or 800-722-1575Technical Information :719-594-8252Literature Requests :800-645-UTMCWWW Home Page :The reader is also referred to the IP Modules Draft Standard:VITA standards Organization10229 North Scottsdale Road, Suite BScottsdale AZ 85253Voice : 602-951-8866Fax : 602-951-0720ALPHI TECHNOLOGY CORP.Page 3 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998THEORY OF OPERATIONINTERNAL ORGANIZATIONThe IP-SUMMIT facilitates host access to the :- SUMMIT Registers- Dual Port SRAM- Identification EPROM- Status register- Interrupt Vector Register ( IVR )SUMMIT REGISTERSREMOTE TERMINAL REGISTERS0Control Register$001Operational Status Register$022Current Command Register$043Interrupt Mask Register$064Pending Interrupt Register$085Interrupt Log List Pointer Register$0A6BIT Word Register$0C7Time-Tag Register$0E8Remote Terminal Descriptor Pointer Register$109Status Word Bits Register$1210-15Not Applicable$14-$1E16-31Illegalization Registers$20- $3ETable 1ALPHI TECHNOLOGY CORP.Page 4 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,19980Control Register$001Operational Status Register$022Current Command Block Register$043Interrupt Mask Register$064Pending Interrupt Register$085Interrupt Log List Pointer Register$0A6BIT Word Register$0C7Minor-Frame Timer$0E8Command Block Pointer Register$109Not Applicable$1210BC Command Block Initialization Count Register$1411-31Not Applicable$16- $3ETable 2ALPHI TECHNOLOGY CORP.Page 5 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,19980Control Register$001Operational Status Register$022Current Command Block Register$043Interrupt Mask Register$064Pending Interrupt Register$085Interrupt Log List Pointer Register$0A6BIT Word Register$0C7Time-Tag Register$0E8-10Not Applicable$10-$1411Initial Monitor Command Block Pointer Register$1612Initial Monitor Data Pointer Register$1813Monitor Block Counter Register$1A14Monitor Filter Register$1C15Monitor Filter Register$1E16-31Not Applicable$20- $3ETable 3ALPHI TECHNOLOGY CORP.Page 6 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998SHARED MEMORY SRAMThe IP-SUMMIT has a 64K x 16-bit Shared Memory. The base address of the SRAM is located in the IP Memory Space of the Host. Only 16-bit accesses are allowed. Arbitration between the Summit and the IP Bus is made by the local hardware. Summit access to the SRAM takes priority over any pending host access. Therefore, the host access will be held off until the summit access completes.ID SPACEThe IP-SUMMIT conforms to the IP Bus Specification and has a 32 byte EEPROM that can be read to identify the IP module Manufacturer, type, revision,etc. The base address of the EEPROM is in the IP ID Space of the Host. The EEPROM is not protected against write. The Manufacturer ID identifies ALPHI as the manufacturer of the IP-SUMMIT module.$01ASCII “I”$49$03ASCII “P”$50$05ASCII “A”$41$07ASCII “C”$43$09Manufacturer identification$11$0B Module type$00$0D Revision module$43$0F Reserved$00$11Driver ID,low byte$00$13Driver ID,high byte$00$15Number of bytes used$0C$17CRC$19-$3F User space$XXTable 4 IP-SUMMIT IDALPHI TECHNOLOGY CORP.Page 7 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998IP INTERFACELOCAL MEMORY AND REGISTER MAP SUMMARYIP MEM SPACEMEM SPACE$0 - $1FFFF D00-D15R/W Shared / Static RAM 64K x 16-bit(128Kbytes)IP I/O SPACE$00-$3F D00-D15R/W SUMMIT RegistersSUMMITREGISTERS$40-$41D00-D07R/W Interrupt Vector Registers INTERRUPTVECTORIP STATUS$42-$43D00-D07R Status RegisterIP ID SPACEID EEPROM$00-$7F D00-D07R/W IP EEPROM IdentificationALPHI TECHNOLOGY CORP.Page 8 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998STATUS REGISTERThe IP STATUS register is used to determine the status of IP-SUMMIT jumper settings. The Status Register provides the following status bits:0MSEL0Summit mode of Operation1MSEL12LOCK Status of the Lock input Pin3READY Status of the Ready Output Pin4-7NOT USEDTable 5 Status registerSUMMIT MODE OF OPERATIONMode select 0, in conjunction with Mode select 1 determines the Summit mode of operation. The table below describes these modes.00Bus controller = SBC ON ON01Remote Terminal = SRT ON OFF10Monitor Terminal = SMT OFF ON11SMT/SRT OFF OFFTable 6LOCKThis read only bit reflects the inverted state of the LOCK input pin. The LOCK pin is latched on the rising edge of MRST. If the mode of operation must change, the user must perform a MRST.READYThis read only bit reflects the inverted state of the output pin READY and is cleared on reset. This signal indicates the Summit has completed initialization or BIT, and regular execution may begin.ALPHI TECHNOLOGY CORP.Page 9 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998LOCAL INTERRUPT SOURCESThe SUMMIT has two (2) interrupt lines. These interrupts are Ored to the INTREQ0 pin on the IP bus. The Summit will provided the Interrupt Vector Register contents to the IP bus on D00-D07 during an interrupt acknowledge cycle.Only Interrupt 0 on the IP Bus is used.The source of each interrupt is listed below:MSG_INT Message interrupt.This pin is active for three clockcycles upon the occurrence of interrupt events which areenabled.YF_INT You failed Interrupt. This pin is active for three clockcycles upon the occurrence of interrupt events which areenabled.Table 7ALPHI TECHNOLOGY CORP.Page 10 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998JUMPER LOCATION DIAGRAMFigure 2ALPHI TECHNOLOGY CORP.Page 11 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998W1none Lattice Ispl programation plugW3none Summit JTAG testW4none Mode of Operation of the SUMMITW5none Remote terminal address RTA0-RTA2 W6none Remote terminal address RTA3-RTPT W72-3Short Stub Output channel B -W81-2Short Stub Output channel B +W92-3Short Stub Output channel A -W101-2Short Stub Output channel A +Table 8W4 Mode of Operation Jumper SelectionA/B* STD 1-2ONOFFMilitary standard Mil_STD_1553BMilitary standard Mil_STD_1553ALOCK3-4ON OFF Hardware configuration. This Pin when set active prevent Sotware change to both the RT address,A/B* STD and Mode select.Software configuration. Sotware change to both the RT address,A/B* STD and Mode select.MSEL15-6ONOFF See Mode of Operation Table 6 Bit set to Logic “0”Bit set to Logic “1”MSEL07-8ONOFF See Mode of Operation Table 6 Bit set to Logic “0”Bit set to Logic “1”Table 9ALPHI TECHNOLOGY CORP.Page 12 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998W5 RT Address Selection RTA21-2ON OFF RT Address BIT 2 set to Logic “0”RT Address BIT 2 set to Logic “1”RTA11-2ON OFF RT Address BIT 1 set to Logic “0”RT Address BIT 1 set to Logic “1”RTA01-2ON OFF RT Address BIT 0 set to Logic “0”RT Address BIT 0 set to Logic “1”Table 10W6 RT Address Selection RTPT1-2ON OFF RT Parity set to Logic “0”RT Parity set to Logic “1”RTA41-2ON OFF RT Address BIT 4 set to Logic “0”RT Address BIT 4 set to Logic “1”RTA31-2ON OFF RT Address BIT 3 set to Logic “0”RT Address BIT 3 set to Logic “1”Table 11W7 & W8 1553 Output Channel B ConfigurationCH B1-2ON2-3ON 2-3ON1-2ONLong Stub Output channel BShort Stub Output channel BTable 12ALPHI TECHNOLOGY CORP.Page 13 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998W9 & W10 1553 Output Channel A ConfigurationCH A1-2ON2-3ON 2-3ON1-2ONLong Stub Output channel AShort Stub Output channel ATable 13SUMMIT I/O CONNECTIONS1GND23GND45GND67GND8TIME-TAG CLK 9GND1011GND12RTA413GND14RTA315GND16RTA217GND18RTA119GND20RTA021GND22RTPT23GND242526GND CHA27OUTCH A+ 2829OUTCH A-3031323334353637DMAG LED+ 38TERAC LED-39DMAG LED-40TERAC LED+ 41424344454647OUTCH B+ 4849OUTCH B-50GND CHBALPHI TECHNOLOGY CORP.Page 14 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998IP-SUMMIT TRANSITION MODULEJ5 RTADDRESS1-2RTPT3-4RTA45-6RTA37-8RTA29-10RTA111-12RTA0ALPHI TECHNOLOGY CORP.Page 15 REV 1.3 Part Number : 693-13-000-4000 Copyright Alphi Technology Corporation ,1998。

OBT1553B-10M-IP 核用户手册说明书

OBT1553B-10M-IP核用户手册（版本：V2.1）珠海欧比特控制工程股份有限公司地址:广东省珠海市唐家东岸白沙路1号欧比特科技园邮编:519080 电话*************传真*************网址:修改记录版本变更日期修改内容备注 V2.1 2015-02-22 对文件格式、版式等进行修订后，重新发布。

目录目录 (I)表目录 (III)图目录 (IV)1. 简介 (1)1.1概要说明 (1)1.2主要特征 (1)1.3结构框图 (3)2. 主要功能模块概述 (6)2.1总线控制器（BC） (6)2.2远程终端（RT） (6)2.3总线监视器（BM） (7)3. 寄存器描述 (7)3.1寄存器地址分配表 (7)3.2中断屏蔽寄存器（IMR） (8)3.3BC配置寄存器1(BC-CFG1) (9)3.4RT配置寄存器1(RT-CFG1) (11)3.5配置寄存器2(CFG2) (11)3.6启动/复位寄存器（SRR) (13)3.7BC/RT/BM命令堆栈指针寄存器（STACK_ADDR) (13)3.8BM初始命令堆栈指针寄存器（INIT_STACK_ADDR) (14)3.9时间标签寄存器0（TTR0） (14)3.10中断状态寄存器（INT_STA） (14)3.11配置寄存器3（CFG3） (16)3.12配置寄存器4(CFG4) (16)3.13配置寄存器5(CFG5) (17)3.14BM数据堆栈指针寄存器（BM_STACK_ADDR) (17)3.15BC帧时间/RT上一命令字寄存器(LAST_CMD) (17)3.16RT状态字寄存器(RT_STA) (18)3.17RT BIT字寄存器(RT_BIT_REG) (18)3.18BC控制字（BC_CTRL） (20)3.19BC命令字（BC_CMD） (21)3.20BC块状态字(BC_BLK) (21)3.21RT子地址控制字(RT_SUB_CTRL) (22)3.22RT/BM块状态字(RT/BM_BLK) (23)4. 功能模块描述 (25)4.1BC总线控制器工作方式 (25)4.1.1 BC存储器地址分配 (25)4.1.2 BC存储器管理 (25)4.1.3 BC消息格式 (26)4.2RT远程终端工作方式 (27)4.2.1 RT存储器地址分配 (27)4.2.2 RT存储器查找表 (28)4.2.3 RT存储器非法命令表地址分配 (29)4.2.4 RT存储器忙位查找表地址分配 (29)4.2.5 RT存储器方式代码选择中断表 (30)4.2.6 RT存储器方式代码选择中断地址分配 (30)4.2.7 RT方式代码数据表 (31)4.2.8 IP核实现的方式代码 (31)4.2.9 RT单缓冲存储器管理 (32)4.2.10 RT循环缓冲存储器管理 (33)4.2.11 RT双缓冲存储器管理 (33)4.3BM总线监视器工作方式 (33)4.3.1 BM存储器地址分配 (33)4.3.2 BM存储器管理 (34)4.3.3 BM子地址选择设置区地址分配 (34)5. 时序图 (35)5.1主机接口时序图 (35)5.1.1 INTEL主机模式下的操作时序 (35)1.1.1MOTOROLA主机模式下的操作时序 (36)5.2总线信号波形图 (37)6. 应用案例 (39)6.110M BPS外围接口 (39)6.2BC总线控制器应用案例 (39)6.3RT远程终端应用案例 (40)6.4BM总线监视器应用案例 (41)7. 附录 (43)7.1附录一：BC示例程序 (43)7.2附录二：RT示例程序 (47)7.3附录三：BM示例程序 (51)表1-1OBT1553B-10M-IP核各模块说明 (3)表1-2OBT1553B-10M-IP核外部接口信号说明 (4)表3-1寄存器地址分配 (7)表3-2中断屏蔽寄存器（IMR） (8)表3-3BC配置寄存器1(BC-CFG1) (9)表3-4RT配置寄存器1(RT-CFG1) (11)表3-5配置寄存器2(CFG2) (11)表3-6启动/复位寄存器（SRR） (13)表3-7BC/RT命令堆栈指针寄存器(STACK_ADDR) (13)表3-8BM初始命令堆栈指针寄存器（INIT_STACK_ADDR) (14)表3-9时间标签寄存器0（TTR） (14)表3-10中断状态寄存器（INT_STA） (14)表3-11配置寄存器3(CFG3) (16)表3-12配置寄存器4(CFG4) (16)表3-13配置寄存器5(CFG5) (17)表3-14BM数据堆栈指针寄存器（BM_STACK_ADDR) (17)表3-15BC帧时间/RT上一命令字寄存器（LAST_CMD) (17)表3-16RT状态字寄存器(RT_STA) (18)表3-17RT BIT字寄存器(RT_BIT_REG) (18)表3-18BC控制字（BC_CTRL） (20)表3-19BC命令字(BC_CMD) (21)表3-20BC块状态字(BC_BLK) (21)表3-21RT子地址控制字(RT_SUB_CTRL) (22)表3-22RT/BM块状态字(RT/BM_BLK) (23)表4-1BC存储器地址分配(4K双口RAM) (25)表4-2BC消息格式 (26)表4-3BC消息格式（接上表） (27)表4-4RT存储器地址分配(4K双口RAM) (27)表4-5RT存储器查找表(LOOK_UP TABLE) (28)表4-6RT存储器非法命令地址分配表(COMMAND ILLEGALIZING TABLE) (29)表4-7RT存储器忙位查找表地址分配表(BUSY BIT LOOKUP TABLE) (29)表4-8RT存储器方式代码选择中断表（MODE CODE SELECTIVE INTERRUPT TABLE） (30)表4-9RT存储器方式代码选择中断表地址分配表(MODE CODE SELECTIVE INTERRUPT TABLE) (30)表4-10RT存储器方式代码数据表（MODE CODE DATA） (31)表4-11IP核实现的方式代码 (31)表4-12BM存储器地址分配 (33)图1-1OBT1553B-10M-IP核结构框图 (3)图4-1BC存储器管理 (26)图4-2RT单缓冲存储器管理 (32)图4-3RT循环缓冲存储器管理 (33)图4-4RT双缓冲存储器管理 (33)图4-5BM存储器管理 (34)图6-1OBT1553B-10M-IP接口原理图 (39)图6-2OBT1553BC程序流程图 (40)图6-3OBT1553RT程序流程图 (41)图6-4OBT1553BM程序流程图 (42)1.简介1.1概要说明OBT1553B-10M-IP核是依据1553B总线协议(1553A/B Notice2协议)和SAE-AS5652标准(10Mbps标准) 设计的支持传输速率10Mbps的总线控制器IP核。

迪瑞芬豪系列固定卫星通信电话说明书

TranSATRST620The Beam TranSAT Fixed Satellite Telephone provides acomplete hands-free voice and telephone for a wide range ofmobile and fixed site applications where easy access to reliablevoice and data communications is required.The terminal provides a compact fully functioned user handsetand supports both hands-free and privacy modes of operation,automatically switching between either mode with the handsetin or out of the cradle.The system can also be used as a permanent non hands-freesolution simply by not connecting the microphone. The loudring indication through the speaker system makes it an idealinstallation in a noisy environment.The RST620 is equipped with an RS232 serial data port toaccess Iridium data servicesEmergencyVehiclesHeavy TrucksCruise ShipsSmall Aircrafts Handsfree / Privacy ModeVoice/Data/Internet/FAX/SMSCommunication System InegrationEcho Cancellation / Full duplexLatest echo cancellation technology is deployed onTranSAT to enhance handsfree voice quality.Enhanced FeaturesSupport featuressuch as horn alert, radiomute,data connectivity and allow the use of a compactintelligent user handset in privacy mode.11-32V DC Power InputThe DC power input and terminal is capable ofbeing wired to an auxiliary/accessory power supplyas well as constant power.Auxiliary & constant powerThe unit is equipped with intelligent power offfeatures. Whereby the unit will turn off afterminutes when ignition is off. The unit also hasthe option of powering up on accessory power inemergency applications.Voice/Data/Internet/SMS/FaxThe complete range of Iridium data services allowsyou to simply and conveniently gain access toInternet, Email, and corporate LAN.The terminal also supports SMS and the followingIridium Data Services;• Circuit Switched Data• Direct Internet• RUDICS• Short Burst DataPrivate or Handsfree modeHands-free operation allows for quality integrationinto a vehicle/vessel/aircraft with easy access tomaking and receiving calls in a hands-free mode, italso allows the use for privacy mode.Compact Intelligent HandsetThe compact Intelligent Handset provides easyaccess to make and receive calls, access phonebook and SMS as well as switching betweenhandsfree and privacy mode.HandsfreeVoice Data Horn AlertHFISide2RED = +BATT (11 to 32 VDC)BLACK = -BATT (GND)GREEN = ACC PWRHFISide1MicrophoneAntenna1A FusePositive 3A Fuse GroundPOWER SPECIFICATIONSPower input voltage11 - 32 V DC Power Consumption ( AMPS )12 V DC 24 V DC Stand-by - inc handset0.330.14Transmit - inc handset 0.630.23ENVIRONMENT SPECIFICATIONS Temperature Degrees °C Degrees °FOperating Range -15 to +55+5 to +131Storage -30 to +85-22 to +185Humidity 85% non condensing CONNECTORS/INTERFACES Transceiver D25Intelligent Handset RJ45 DPL BUS Data Port RS232 Serial Interface Speaker 3.5mm mono Microphone 2.5mm mono Constant power Screw Connector Auxiliary power Screw Connector Horn Alert Screw Connector Audio MuteScrew ConnectorPHYSICAL SPECIFICATIONS LBT Interface Dimensions - mm 162.4 x 81.6x8183 x 130 x 27Dimensions - inches 38 x 3.16 x 1.17.2 x 5.1 x 1.0Weight - kg 4200.3Weight - lbs9260.66CERTIFICATIONSIEC60945Eelectrical Safety EMC ComplianceHFI - AS/NZ 4601: 1999 - 3.3.4 & 3.3.5Temperature/Humidity/Impact Vibration / Accelerated Aging Independent Aeronautical certification MUST be gained prior to installation.KIT CONTENTSIridium 9522B Transceiver module Main terminal Iridum Intelligent HandsetHandsfree and power InterfaceCable assemblies: DC cables, interface cables Mounting adhesive / velcroData cableUser & Installation manual RST710RST714RST715RST720RST932RST933RST972S RST972RST949Mast Mount Antenna WHIP Antenna (incl 5m cable)Magnetic Mount Antenna (incl 5m cable)Bolt Mount Antenna (incl 5m cable)6m / 19’ Iridium Antenna Cable 12m / 36’ Iridium Antenna Cable 15m extension cable for Intelligent Handset 30m extension cable for Intelligent Handset DPL Aplification cable to increase the headset volume for noisy environments。

三遥馈线自动化终端用户手册说明书

三遥馈线自动化终端用户手册\本手册适用于以下型号的产品DFL821_F30江苏德菲勒智能科技有限公司2018江苏德菲勒智能科技有限公司。

有限担保：江苏德菲勒智能科技有限公司保证您所定购的每台FTU测控单元在正常使用和维护的情况下，自收到之日起一年内不会出现故障。

在担保时间内，江苏德菲勒智能科技有限公司有选择的采用快捷的方式免费为用户维修或更换损坏的单元；如果设备出现故障，用户可以将损坏的单元以任何方式运送至我公司，或者由我公司安排维修人员到现场维修。

江苏德菲勒智能科技有限公司的联系地址：地址：扬州市邗江区高新区新大楼主楼9楼918室对于用户在使用或不当使用该产品而造成的损失（包括，但不限于，直接的、间接的或附带的），江苏德菲勒智能科技有限公司不承担任何责任。

江苏德菲勒智能科技有限公司的责任是经过江苏德菲勒智能科技有限公司的检测和判断，对损坏的FTU测控单元修理或更换损坏的部分。

尊敬的用户：为了您和设备的安全，在安装及使用本装置前，请认真阅读本说明书。

请妥善保存本说明书，以备查阅。

由于本产品技术不断更新，因此而引起的产品功能和性能的改变不包含在本说明书内，敬请谅解。

如果在安装及使用中遇到问题请与江苏德菲勒智能科技有限公司联系。

本说明书的解释权归江苏德菲勒智能科技有限公司，并保留一切权利。

安全信息本设备为交流220V弱电设备，但在现场安装、维护时，附近有危险电压！本设备不能替代可见断开点，工作时应遵循所有当地批准的安全规程；否则，将因触高压导致严重人身伤亡。

本说明书并不能概括设备的安装、运行、维护等等的所有细节，如有问题请与江苏德菲勒智能科技有限公司联系。

接收、验货及存储每台控制器在出厂前都经过了完整的装配、测试及检验，并进行了精心的校核、调整，运输前已经处于良好的状态。

LG NB3530A 条形影响使用说明书

སྤྱོད་བྱས་འཐུས་།
Dan hab yungh youq gij dienheiq diuzgen mbouj dwg diegndat haenx ancienz sawjyungh.
‫غەيرى ئىسسىق بەلباغ ھاۋا كىلىماتى‬ ‫شارائىتىدىلا بىخەتەر ئىشلەتكىلى بولىدۇ‬
16 – AV 同步
17 – 显示文件和输入来源
2
17 – 暂时关闭声音
17 – 打开/关闭自动电源
18 – 电源自动关闭
18 – 设定睡眠时间掣
3
18 – 调暗
18 – LG Sound Sync
20 使用蓝牙技术
20 – 收听储存在蓝牙设备上的
4
音乐
21 声音调整
21 – 设定环绕立体声模式
22 – 打开/关闭自动音量 22 – 调整低音扬声器的音量设
‫ مېتىر تۆۋەن‬2000 ‫دېڭىز يۈزىدىن‬ ‫رايۇنلاردىلا بىخەتەر ئىشلەتكىلى بولىدۇ‬
NB3530A-NB_DCHNLLK_SC.indd 4
2014-04-21 11:47:57
准备开始
注意
如果电池更换不当会有爆炸危险。
只能用同样类型或等效类型的电池来更换。
Gij mizsienq vangjloz denhsen ciephaeuj bonj sezbi daeuj haenx itdingh aeu caeuq gij ciepdieg baujhoh doxliz,mboujne aiq miz gij yungyiemj dawzfeiz daengj!

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操作指南
பைடு நூலகம்
怎样设置温度上下限？按“选择”键使数码显示器上显示温度上限(下限)，然后用“”或“”键改变设定值(“” 键增 0.5C， “”键减 0.5C，按住不放超过 0.5 秒则快速增减) 。注意控制器会自动保证“上限温度”比“下限温度”至少高出 0.5C。怎样设置告警温度？按“选择”键使数码显示器上显示“告警温度” ，然后用“”或“”键改变设定值（“” 键增 0.5C， “”键减 0.5C，按住不放超过 0.5 秒则快速增减）。注意：温度上下限和告警温度设置好后，必须按“选择”键回到显示当前温度状态，才能将设定值保存起来。如果在没按“选择”键之前断电，则所设定的值不会被保存。怎样消除告警音？在有告警音时按任何键均可消音。怎样处理告警？发生外部告警时控制器会在一段时间内锁定告警状态，告警指示灯闪烁，出现这种情况时应首先根据告警指示灯查找故障原因，待故障排除后再按“恢复”键解除告警状态。这里的“锁定”是指外部告警信号撤消后，控制器还是维持在告警状态。其中“水泵过载”和“高压”告警锁定 1 小时（这个时间可以设置，见高级操作：参数 F51）， “缺水”和“高温”告警不锁定。怎样开关机？按住“开关”键不放保持 1 秒，即可打开或关闭控制器，控制器的开关状态由“电源”指示灯指示。注意控制器“关”时，只是关闭压缩机、风机和水泵，温度显示和告警部分仍在工作。
主要功能：
温度显示温度控制（制冷）水泵控制水压检测压缩机开机延时保护温控探头异常告警外部告警（水泵过载、高压）告警信号输出高温告警，独立的高温告警输出
主要技术指标：

缺水告警
NA1553 镭射冷水机组控制器(v2.0)
使用说明书
温度显示范围： -50～125C（单位 0.1C）温度设定范围： -45～120C 可调电源电压：9～12V AC 输出触点容量： 2A/380V 开孔尺寸(mm)：106.3x165 (高 x 宽) 使用环境：温度-10℃～45℃，湿度≤85%，无凝露。
代码参数名称设定范围出厂设定单位备注 F19 温度修正 -5 -- +5 0 C 校正探头误差 F21 压缩机停机保护时间 0 -- 10 3 分钟 F51 外部告警锁定时间* 0 -- 240 60 分钟见附注 1 告警类 F52 缺水告警恢复时间* 0 -- 240 5 分钟见附注 2 测试类 F99 自检此功能会依次吸合所有继电器，严禁在线使用 F00 退出设置 *注：1、 “外部告警锁定时间”是指当外部告警发生后，即使外部告警信号撤消，控制器还是会维持告警状态一段时间。按“恢复”键可以强制清除告警。 2、 “缺水告警恢复时间”是指当控制器检测到水压不正常时，会产生缺水告警，并关闭压缩机和水泵。但水泵关闭后就会造成检测不到水压，不知供水何时恢复正常。这个参数的目的就是过一段时间后自动撤消缺水告警，以使水泵能够再次启动。按“恢复”键可以立即清除缺水告警。
类别温控类压机类

工作原理

高级操作
本控制器可以对一些内部参数进行调整，以适应不同的需要。这些参数是为专业技术人员提供的，普通用户不必了解。也请非专业人员不要随便改变控制器的内部参数，以免造成控制器工作异常。内部参数设置方法如下：使用一组密码进入参数设置状态，密码为 “上下上下上上下” ，按照这个顺序连续按 “” “” 两个键，要在三秒钟之内完成，如果密码输入正确，会进入参数设置状态，这时数码显示器上显示“Fxx” ，其中 xx 是两位数字，表示参数代码。用“”或“”键可选择参数代码，选择一个参数后按“选择”键则显示该参数的值，这时再用“”或“”键即可对参数进行设置，设置完成后再按“选择”键，回到显示参数代码状态。（注意：参数改变后要按“选择”键回到“Fxx”状态时才会被保存）内部参数代码如下表所示：
接线图：
注意事项： 2、控制器接地端请同电控箱接地端可靠连接，保证接地良好。 3、请使用本公司随机配置的电源变压器。 4、水泵过载告警和高压告警如果不使用的话应将对应端子短接，否则控制器会进入告警状态，不能正常工作。 5、如果不使用水压检测开关，请将对应端子短接。
苏州新亚科技有限公司
温度控制温度控制根据“上限温度”和“下限温度”两个参数进行，假设“上限温度”为 20C，“下限温度”为 18C，则当温控探头上感知到的温度高于 20C 时启动制冷，一直到温度低于 18C 时停止制冷，将温度控制在 18C --20C 之间。压缩机开机延时保护控制器内有一个“压缩机停机计时器” ，当压缩机停机时开始计时，下一次启动前首先检查这个计时器，如果已满三分钟则立即启动压缩机，如果不满三分钟则等满三分钟再启动；另外控制器刚通电的三分钟之内也不会启动压缩机。（以上说明是假设“压缩机停机保护时间”为三分钟，这个时间是可以设置的，如果不需要延时，可设为 0）风机控制风机和压缩机同时启动和停止。水泵控制控制器一进入开机状态就打开水泵，并且检测水压信号。只有当检测到水压正常（水压开关闭合）时才能开压缩机。如果水泵开后 1 分钟水压仍不正常，或者正常供水时水压信号中断 5 秒以上，则产生缺水告警，关闭水泵和压缩机。缺水告警过一段时间后会自动撤消，这个时间可以设置（请参见高级操作）告警输出当发生“水泵过载” 、 “高压” 、 “缺水”和温度传感器失效(显示“EE”或“-EE”)等故障时，关闭压缩机、风机和水泵，并输出一个告警信号。高温告警输出当温度高于设定的“告警温度”或温度传感器失效(显示“EE”或“-EE”)时，会输出一路独立的告警信号，用于关闭激光机。