這S62000-NA數(shù)字 伺服放大器從科爾莫根連接時必須低電阻接地，以防觸電。該放大器能夠產(chǎn)生高達900伏高電壓。操作過程中不得打開或觸摸。未經(jīng)制造商許可，不得改動該設(shè)備。它旨在用作電機和設(shè)備的組成部分。伺服放大器外殼的外導(dǎo)體不得超過1000伏。如果安裝了放大器的機器不符合國家指令，該裝置不得用于離岸應(yīng)用或船舶上，也不得進行調(diào)試。這伺服放大器與一起提供保證 時期關(guān)于一個 年。

這放大器必須在-25℃和+70℃之間的溫度下運輸。該設(shè)備只能儲存在原始的可回收包裝中。它支持相位故障監(jiān)控、短路保護和過壓識別。該單位有兩個模擬監(jiān)控輸出和兩個可編程數(shù)字輸出。本產(chǎn)品支持緊急停止功能，以關(guān)閉安裝它的機器。必須保護數(shù)字設(shè)備免受過度壓力。它必須與電源、扼流圈和濾波器盡可能靠近地安裝在機柜內(nèi)的接地導(dǎo)電安裝板上。

CB06551/CB06561/CB06560伺服放大器可能由于錯誤或不合適的電機接線以及錯誤的電源電壓而損壞。可編程邏輯控制器監(jiān)控設(shè)備的狀態(tài)，以確認緊急情況?？梢允褂眯薷漠a(chǎn)品的設(shè)置安裝軟件。控制電纜和電源電纜必須分開布線，相互之間的距離至少為200毫米。用于連接的電纜必須符合EN 60204要求。在敦豪、聯(lián)邦快遞等合作公司的幫助下，我們可以將數(shù)字放大器運送到世界上的任何地址。

CB06551

CB06551 PRD-B040SSIB-63與作為絕對位置反饋設(shè)備的解析器相反，編碼器是指示位置變化的增量設(shè)備。SERVOSTAR?的編碼器分辨率（因此驅(qū)動器的編碼器等效輸出）是固定的，因為它是編碼器設(shè)備的硬件特性。編碼器接口包括三組導(dǎo)線：

1。A/B（和補碼）線：這些線組成編碼器的正交信號。在通過斷線檢測電路之前，通過線路接收器差分地接收信號。

2.指數(shù)脈沖：這種窄脈沖通常每轉(zhuǎn)出現(xiàn)一次，表示軸的已知物理位置。該脈沖在通過斷線檢測電路之前通過線路接收器被差分地接收。此信號可通過硬件捕獲。

3霍爾信號：這些信號提供了表示電機軸大致絕對位置的信息。根據(jù)這些信息，電機可以正弦換向，直到檢測到索引信號，此時才知道真實位置。這些信號由光耦合器隔離，可以是差分信號或開放式信號。

CB06551

This S62000-NA digital servo amplifier must be grounded with low resistance when connected from Kormogan to prevent electric shock. The amplifier is capable of producing high voltages up to 900 volts. Do not open or touch during operation. The equipment shall not be altered without the permission of the manufacturer. It is intended to be used as a component of motors and equipment. The outer conductor of the servo amplifier housing shall not exceed 1000 volts. If the machine with the amplifier installed does not comply with the national directive, the device shall not be used in offshore applications or on ships, nor shall it be commissioned. This servo amplifier comes with a guaranteed period about one year.

This amplifier must be transported at temperatures between -25 ° C and +70 ° C. The device can only be stored in its original recyclable packaging. It supports phase fault monitoring, short circuit protection and overvoltage identification. The unit has two analog monitoring outputs and two programmable digital outputs. This product supports an emergency stop function to shut down the machine on which it is installed. Digital devices must be protected from excessive stress. It must be mounted as close as possible to the power supply, choke and filter on a grounded conductive mounting plate in the cabinet.

The CB06551/CB06561/CB06560 servo amplifier can be damaged due to incorrect or inappropriate motor wiring and wrong supply voltage. The programmable logic controller monitors the status of the device to confirm emergency situations. You can install the software using Settings that modify the product. The control cable and the power cable must be routed separately and at least 200 mm away from each other. The cables used for connection must comply with EN 60204. With the help of partner companies such as DHL and fedex, we can ship digital amplifiers to any address in the world.

CB06551 PRD-B040SSIB-63 In contrast to a parser that acts as an absolute position feedback device, the encoder is an incremental device that indicates a change in position. The encoder resolution of SERVOSTAR? (and therefore the encoder equivalent output of the driver) is fixed because it is a hardware feature of the encoder device. The encoder interface consists of three sets of wires:

1. A/B (and complement) lines: These lines make up the orthogonal signal of the encoder. The signal is received differentially through the line receiver before passing through the line break detection circuit.

2. Exponential pulse: This narrow pulse usually occurs once per revolution and indicates the known physical position of the shaft. The pulse is received differentially by the line receiver before passing through the break detection circuit. This signal can be captured by hardware.

3 Hall signals: These signals provide information indicating the approximate absolute position of the motor shaft. Based on this information, the motor can be sinusoidal commutation, until the index signal is detected, at which time the true position is not known. These signals are isolated by optical couplers and can be differential or open signals.

CB06551