- For flow-rate sensors
- Fast programming
- Input signal: NPN, PNP, TTL contact
- Low frequencies: from 0.03 up to 30 000 Hz
- Main power supply: 95 to 265 V AC
- Display: 6 digits
- Resolution: Adjustable
- Options: 2 or 4 alarms on relay NO/NC; Analogue output 4-20 mA
| Input frequency: | 0.03 to 30 000 Hz |
| Input signal type: | NPN, PNP, potential free contact (mV level selectable) |
| Input voltage: | 24 V DC, 100 mA max. 12 V DC, 30 mA max. |
| Accuracy: | Frequency: ± 0.01 % of input at 25°C Delay: ± 100 pulse/min / °C |
| Display: | 6 Digits; Red LEDs; 14.2 mm high, High brightness; Decimal point setting |
| Counter reset: | Through external potential free contact or through keyboard |
| Safeguard: | On EEPROM (10 years) |
| Mains power supply: | 95 to 265 V AC |
| Consumption: | 8 VA max. |
| Temperature: | Operating: 0 to +50 °C; Storage: -10 to +70 °C |
| Housing: | Panel mounting, 48 x 96 mm, DIN Black polycarbonate, 300 g, Terminals: DIN / EN 50027, Front: IP 65 |
| Options: | PCB extra for thresholds; relay outputs (SPST) protected 5 A at 250 V AC, resistive load, Hysteresis selection 2 alarms (code 282 202) or 4 alarms Analogue output 4-20 mA (flow-rate); 0/10 V; ±5 V; isolated 250 V AC |
BAMO BIF6040 provides direct and simplified access to parameters setting. The intuitive configuration allows an easy programming for decimal point position, alarms setting, analogue output calibration and linearization functions. BIF6040 accepts input signal from a Bamoflu (up to 30 kHz) and counters M series.
Scaling is assumed, entering a scale factor, to display total volume in the desired unit (m³; l; else), or instant flow rate in volume per hour, minute or second.
Display switches from total volume to flow rate through a single push button. A scan rate setting allows damping of transient phenomena in order to obtain a stable display.
The microprocessor allows the end-user to modify the range and the calibration frequency directly from the front plate. The saved settings are protected by a locking-switch on the rear panel of the device.