| Availability: | |
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| Quantity: | |
Differential input for voltage
4 internal command values, adjustable and callable
Adjustable ramp time, sensitivity and zero point
Switchable ramp time range
"Ramp off" input
Actuating signal output
Differential input for voltage
4 internal command values, adjustable and callable
Adjustable ramp time, sensitivity and zero point
Switchable ramp time range
"Ramp off" input
Actuating signal output
01 | Command value and ramp module | VT-SWMA3-5 |
02 | Component series 10 ... 19 (10 ... 19: unchanged installation and connection dimensions) | 1X |
03 | Version: standard | V0 |
04 | Option: standard | 0 |
01 | 02 | 03 | 04 | |||
VT-SWMA3-5 | \u2012 | 1X | / | V0 | / | 0 |
01 | Command value and ramp module | VT-SWMA3-5 |
02 | Component series 10 ... 19 (10 ... 19: unchanged installation and connection dimensions) | 1X |
03 | Version: standard | V0 |
04 | Option: standard | 0 |
01 | 02 | 03 | 04 | |||
VT-SWMA3-5 | \u2012 | 1X | / | V0 | / | 0 |
Component series | 1X | |
Type of electronics | Analog | |
Design | Modul |
Operating voltage | Nominal | UB | V | 24 |
Lower limit value | UB(t)min | V | 18 | |
Upper limit value | UB(t)max | V | 35 | |
Power consumption | PS | VA | 1.2 | |
Current consumption | max. | Imax | A | 0.05 |
Fuse | Electronic fuse protection | |||
Command value | Voltage | Differential input 1) | U | V | \u200b0 \u2026 ±10 |
Input resistance | R | kΩ | 100 |
| 1) | Joint reference potential with actuating signal output |
Enable | On (active) | UF | V | 8.5 ... UB |
Off (inactive) | UF | V | 0 ... 6.5 |
Voltage | Number and designation | 1 (control output) | ||
Voltage | U | V | \u200b0 \u2026 ±10 | |
Setting range | Zero point calibration | % | ± 10 | |
Setting range 1) | Amplitude attenuator for command value | % | 0 ... 110 | |
Setting range 2) | Step-change height | % | 0 ... 50 |
| 1) | Applies to a step level setting of 0 %, separately adjustable for positive and negative signals. |
| 2) | Step level reached at Ucommand = 2 %, separately adjustable for positive and negative signals. |
Command value 1) | "w" | Uw | V | 0 ... ±10 |
| 1) | ±10 V ≙ ±100 % |
LED display | Green 1 | power | |
Green 2 | Enable |
Anschlussart | 6 screw terminals | ||
Mounting type | Top hat rail TH 35-7.5 according to EN 60715 | ||
Protection class according to DIN EN 60529 | IP 20 | ||
Ambient temperature range | ϑ | °C | \u200b0 \u2026 \u200b50 |
Storage temperature range | ϑ | °C | -25 \u2026 \u200b85 |
Weight | m | kg | 0.08 |
Component series | 1X | |
Type of electronics | Analog | |
Design | Modul |
Operating voltage | Nominal | UB | V | 24 |
Lower limit value | UB(t)min | V | 18 | |
Upper limit value | UB(t)max | V | 35 | |
Power consumption | PS | VA | 1.2 | |
Current consumption | max. | Imax | A | 0.05 |
Fuse | Electronic fuse protection | |||
Command value | Voltage | Differential input 1) | U | V | \u200b0 \u2026 ±10 |
Input resistance | R | kΩ | 100 |
| 1) | Joint reference potential with actuating signal output |
Enable | On (active) | UF | V | 8.5 ... UB |
Off (inactive) | UF | V | 0 ... 6.5 |
Voltage | Number and designation | 1 (control output) | ||
Voltage | U | V | \u200b0 \u2026 ±10 | |
Setting range | Zero point calibration | % | ± 10 | |
Setting range 1) | Amplitude attenuator for command value | % | 0 ... 110 | |
Setting range 2) | Step-change height | % | 0 ... 50 |
| 1) | Applies to a step level setting of 0 %, separately adjustable for positive and negative signals. |
| 2) | Step level reached at Ucommand = 2 %, separately adjustable for positive and negative signals. |
Command value 1) | "w" | Uw | V | 0 ... ±10 |
| 1) | ±10 V ≙ ±100 % |
LED display | Green 1 | power | |
Green 2 | Enable |
Anschlussart | 6 screw terminals | ||
Mounting type | Top hat rail TH 35-7.5 according to EN 60715 | ||
Protection class according to DIN EN 60529 | IP 20 | ||
Ambient temperature range | ϑ | °C | \u200b0 \u2026 \u200b50 |
Storage temperature range | ϑ | °C | -25 \u2026 \u200b85 |
Weight | m | kg | 0.08 |
Dimensions in mm
Dimensions in mm
Dimensions in mm
Dimensions in mm
The distance to aerial lines, radios and radar systems must be sufficient (>1 m).
Do not lay solenoid and signal lines near power cables.
For signal lines and solenoid conductors, we recommend using shielded cables.
The cable shield must be connected to the control cabinet extensively and as short as possible.
The distance to aerial lines, radios and radar systems must be sufficient (>1 m).
Do not lay solenoid and signal lines near power cables.
For signal lines and solenoid conductors, we recommend using shielded cables.
The cable shield must be connected to the control cabinet extensively and as short as possible.
