Vossloh-Schwabe 183036 EVG HI 70W Alu-housing 30x75x110 mm 220-240 V content_copy

Electronic built-in ballast for HI lamps (with cover) 70W Design: M3 Housing: aluminum Ignition voltage: max. 5kV Operating frequency: 173Hz Plug-in terminals with lever opener: 0.75-2.5qmm Temperature protection Constant power consumption Idle-proof For lamps of protection class I Protection type: IP20 Permissible load capacity: 20-120pF Radio interference suppressed Fastening tabs for M4 screws for mounting on the underside No flashing of defective lamps Housing: metal housing Type of dimming: without Protection class: I, MultiW version: No Version: electronic For lamp type HI: Yes Suitable for lamp power (1-lamp): 70W Nominal voltage from/to: 220-240V Length: 110mm Height: 23mm Width: 75mm

SM 231, ECO (231-1BD30)

Technical Data

Order no.: 231-1BD30
Type: SM 231, ECO

General Information:

• Note: -
• Features: 4x AI, 12 Bit, Voltage +/-10 V, Parameterizable

Current Consumption/Power Loss:

• Current consumption from backplane bus: 120 mA
• Power loss: 0.6 W

Technical Data Analog Inputs:

• Number of inputs: 4
• Cable length, shielded: 200 m
• Rated load voltage: -
• Current consumption from load voltage L+ (without load): -
• Voltage inputs: yes
• Min. input resistance (voltage range): 100 kOhm
• Input voltage ranges: -10 V ... +10 V
• Operational limit of voltage ranges: +/-0.2%
• Operational limit of voltage ranges with SFU: -
• Basic error limit voltage ranges: +/-0.1%
• Basic error limit voltage ranges with SFU: -
• Destruction limit voltage max.: 30 V
• Current inputs: -
• Max. input resistance (current range): -
• Input current ranges: -
• Operational limit of current ranges: -
• Operational limit of current ranges with SFU: -
• Basic error limit current ranges: -
• Radical error limit current ranges with SFU: -
• Destruction limit current inputs (electrical current): -
• Destruction limit current inputs (voltage): -
• Resistance inputs: -
• Resistance ranges: -
• Operational limit of resistor ranges: -
• Operational limit of resistor ranges with SFU: -
• Basic error limit: -
• Basic error limit with SFU: -
• Destruction limit resistance inputs: -
• Resistance thermometer inputs: -
• Resistance thermometer ranges: -
• Operational limit of resistance thermometer ranges: -
• Operational limit of resistance thermometer ranges with SFU: -
• Basic error limit thermoresistor ranges: -
• Basic error limit thermoresistor ranges with SFU: -
• Destruction limit resistance thermometer inputs: -
• Thermocouple inputs: -
• Thermocouple ranges: -
• Operational limit of thermocouple ranges: -
• Operational limit of thermocouple ranges with SFU: -
• Basic error limit thermocouple ranges: -
• Basic error limit thermocouple ranges with SFU: -
• Destruction limit thermocouple inputs: -
• Programmable temperature compensation: -
• External temperature compensation: -
• Internal temperature compensation: -
• Temperature error internal compensation: -
• Technical unit of temperature measurement: -
• Resolution in bit: 13
• Measurement principle: Successive approximation
• Basic conversion time: 2 ms / channel
• Noise suppression for frequency: f=50 Hz...400 Hz
• Input data size: 8 Byte

Status Information, Alarms, Diagnostics:

• Status display: none
• Interrupts: no
• Process alarm: no
• Diagnostic interrupt: no
• Diagnostic functions: no
• Diagnostics information read-out: none
• Supply voltage display: none
• Group error display: red SF LED
• Channel error display: none

Isolation:

• Between channels: -
• Between channels of groups: -
• Between channels and backplane bus: yes
• Between channels and power supply: -
• Max. potential difference between circuits: -
• Max. potential difference between inputs (Ucm): DC 2 V
• Max. potential difference between Mana and Mintern (Uiso): -
• Max. potential difference between inputs and Mana (Ucm): -
• Max. potential difference between inputs and Mintern (Uiso): DC 75 V/AC 50 V
• Max. potential difference between Mintern and outputs: -
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