SYHNC100-NIB-22a/W-24-P-D-E23-A012驅(qū)動模塊
再生模式下的軟網(wǎng)絡(luò)
再生模式下的軟網(wǎng)絡(luò)是直流技術(shù)的一個具體問題。如果電機(jī)的電動勢更大比（電源電壓*1,35*0866），然后保險絲和晶閘管可能被破壞。
盡可能保護(hù)驅(qū)動器免受損壞
見以下建議：?直流現(xiàn)場保險絲
電樞電路中的半導(dǎo)體保險絲必須：為直流電壓確定尺寸，以確保在以下情況下，有足夠的火花熄滅間隙：錯誤。電源中使用的兩個串聯(lián)保險絲提供了折衷方案。
?直流斷路器
半導(dǎo)體熔斷器僅在“硬”網(wǎng)絡(luò)中構(gòu)成對半導(dǎo)體的最佳保護(hù)；在“軟網(wǎng)絡(luò)”和電機(jī)電路中，這種保護(hù)值得懷疑。在“軟”網(wǎng)絡(luò)中，在再生運(yùn)行期間，風(fēng)險增加必須預(yù)期傳導(dǎo)通過。
在電機(jī)電路，高速直流斷路器這構(gòu)成了最佳保護(hù)。
?凈欠壓的參數(shù)調(diào)整將參數(shù)凈欠壓跳閘（1.10）設(shè)置在范圍內(nèi)0…5%。這使驅(qū)動器對.net敏感欠壓，并盡早關(guān)閉驅(qū)動器可能的可避免保險絲熔斷和損壞晶閘管，但可能由于以下原因?qū)е买?qū)動器關(guān)閉：F9電源電壓過低故障經(jīng)常發(fā)生。然后設(shè)置參數(shù)凈故障時間（1.11）不同于0.0秒至激活自動重合閘功能。
電樞電壓參數(shù)調(diào)整降低參數(shù)臂電壓標(biāo)稱值（1.02）以便與主電源保持更大的安全距離。
則DCS 400使用自動磁場削弱以達(dá)到全速，但在現(xiàn)場會失去扭矩弱化范圍。只是一個建議，可能是解決方案也取決于應(yīng)用。
?訂購電樞電壓較低的直流電機(jī)
如果項(xiàng)目期間已知“軟網(wǎng)絡(luò)”調(diào)度，然后計(jì)算一個直流電機(jī)的電樞電壓標(biāo)稱值。這可能是一種預(yù)防措施，使EMF和“軟網(wǎng)絡(luò)”之間的安全距離提前。顯示狀態(tài)、報(bào)警和故障信號
晶閘管電源的可用信號（信息）
DCS 400系列變頻器細(xì)分為：?轉(zhuǎn)換器的7段LED
Soft network in regenerative mode Soft network in regenerative mode is a specific problem of DC technology. If EMF of the motor is greater than (Mains Voltage * 1,35 * 0,866) then fuses and thyristors can be destroyed. To protect the drive against damage as far as possible see following recommendations: ? Fuses at DC site Semiconductor fuses in the armature circuit must be dimensioned for DC voltages, so as to assure an adequate spark-quenching gap in the event of a fault. A compromise is provided by two seriesconnected fuses, as used in the power supply. ? DC circuit breaker Semiconductor fuses constitute an optimum protection for the semiconductors only in “hard” networks; in “soft networks, and in the motor circuit, the protection is questionable. In “soft” networks, during regenerative operation, an increased risk of conduction-through must be anticipated. In the motor circuit, high-speed DC circuit-breaker constitutes optimum protection. ? Parameter adjustment for Net Undervoltage Set parameter Net Underv Trip (1.10) in a range of 0…5%. That makes the drive sensitive for net undervoltage and switches off the drive as early as possible. Could avoid blown fuses and damaged thyristors but may be the drive will switch off due to fault F9-Mains Undervoltage very often. Then set parameter Net Fail Time (1.11) different to 0.0 s to activate the auto reclosing function. ? Parameter adjustment for armature voltage Decrease value of parameter Arm Volt Nom (1.02) to have more safety distance to the mains supply. Then DCS 400 is using automatic field weakening to achieve full speed but will lose torque in field weakening range. Is a suggestion only may be also a solution depend on application. ? Order a DC motor with lower armature voltage If ?soft network“ is already known during project scheduling then calculate a DC motor with lower armature voltage nominal. That could be a preventive measure to have more safety distance between EMF and ?soft network“ in advance.
