 |  | Click the image to see details. |
| Outlines | This is Vibration/Thrust/Turning Monitor which process the data sent from the sensor and show them on the meter (or on the digital display) or output to the recorder etc.. | ||||
| Purposes | ¡Vibration Monitor with One Input TerminaliSV4M / SV94M -1BVj | ||||
| EIt processes signals from the eddy current type uncontacting sensor and the electrokinetic/piezoelectric type contacting vibration sensor. EA point of contact to relay to the alarm circuit has two circuits which can be used for an alarm and a trip or two alarms. (output: 1ab) (SV4M) E When you push the "GAP" switch, the meter point out the voltage on the left side of the scale in order to show the gap of fixed probe. (SV4M) | |||||
| ¡Vibration Monitor with Two Input Terminals (SV4M / SV94M -2BV) | |||||
| EIt has two input terminals to processes signals from the eddy current type uncontacting sensor and the electrokinetic/piezoelectric type contacting vibration sensor. EThe indication of the meter can be selected from two ways, one is to display selecting the higher value automatically and the other is to display compulsorily by switching. (SV4M) EFor each one input terminal, a detector to the alarm circuit has two circuits for alarm and trip. (total: four circuits) (output: 1a or 1b) (SV4M) | |||||
| ¡Thrust Monitor@iSV4M / SV94M -1BPj | |||||
| EIt is set up toward the maxial of the tachometer to measure the movement of the turning axis. EFor both alarm and trip, a detector to the alarm circuit has two circuits for plus and minus. (SV4Mj | |||||
| ¡Gap Monitor@iSV4M / SV94M -1BNj | |||||
| EIt is set up toward the maxial of the turning axis to measure the gap of the casing. EFor both alarm and trip, a detector to the alarm circuit has two circuits for plus and minus. (SV4Mj | |||||
| ¡Eccentricity Monitor@iSV4M / SV94M -1BHj | |||||
| It measure the leaning of the turning axis. It does not work when turning. | |||||
| ¡Tachometer@iSV4M / SV94M -1BKj@ | |||||
| It reads the number of the cog which is fixed on the turning axis with the eddy current type uncontacting sensor. | |||||
| Spec | ¡General Spec | ||||
| The sort of Explosion-protected Structure | The essentially safe explosion-protected structure | ||||
| Grade | 3nG5 | ||||
| Attested Number | No.26988, No.26990 | ||||
| Power Supply of The Driver | -24V}0.5Vi-16V}0.1Vj | ||||
| Power Consumption | Approx. 30W | ||||
| Weight | Approx. 3.5kg | ||||
| Surrounding Temperature | 0`50 | ||||
| Code | Variety |
| 1BV | Vibration Monitor with One Input Terminal |
| 2BV | Vibration Monitor with Two Input Terminals@ |
| 1BP | Thrust Monitor |
| 1BN | Gap Monitor |
| 1BH | Eccentricity Monitor |
| 1BK | Tachometer |
| Code | Return | Delay Time | Note |
| 01 | Automatic | 3 seconds | Range@Every point is set up optionally. Capacity of The Point of Contact@250V AC, 5A 125VDC 0.8A |
| 02 | 1 second | ||
| 03 | Manual | 3 seconds | |
| 04 | 1 second |
| Code | Power Supply | Note |
| 01 | AC90`120V | 50, 60Hz |
| 02 | AC200`240V |
| Code | Output Signal | Output ImpedanceiTolerant Resistancej | Accuracy | Linear Accuracy |
| 01 | 0`10mVCD | 100¶ | 1.0% / FS | 1.0% / FS |
| 02 | 0`1VCD | |||
| 03 | 0`5VCD | 250¶ | ||
| 04 | 4`20mA | Max load 600¶ | ||
| 05 | Isolated Type 4`20mA | 0.25% / FS | 0.2% / FS | |
| 06 | Isolated Type 4`20mA |
| Code | Meter Range | Note |
| 01 | 0`50Ê | Accuracy@2.5% Scale@Divided by 20, 30, 40, 50 Lamps@LED * Degital Display@4 digits |
| 02 | 0`100Ê | |
| 03 | 0`125Ê | |
| 04 | 0`200Ê | |
| 05 | 0`300Ê | |
| 06 | 0`500Ê | |
| 07 | -0.5`0`+0.5mm | |
| 08 | 0`1mm | |
| 09 | -1`0`+1mm | |
| 10 | 0`2mm | |
| 11 | 0`25mm |