Introduction: Logic control units are widely used in the automation industry. In practice, they are capable of detecting digital or analog signals, displaying them and monitoring them. In order to solve the problem of switching between signals and applications, we offer digital displays, counters/timers, tachometers and other secondary instruments, especially in combination with proximity switches, photoelectric sensors and encoders. When it comes to processing signals or pulses, we offer a wide range of logic control units to choose from.
Product Details
Multifunctional unit with LED or LCD display:
Input pulse display
Counting, tachometer, timing function
**Up to 2 preset values, relay or transistor output
You can set the scale factor
**Up to 100 kHz frequency
Auxiliary power supply to sensors or encoders can be used
Dimensions: 24 x 48, 48 x 48 and 96 x 48 (mm)
Analog Display Table:
High-brightness LED display, ** far reading distance up to 10 meters
Scale Factor (Property Scale Curve)
14-bit resolution
**Up to 2 presets
Small and large detection
Disconnection Monitoring:
Conveyor belts can be monitored
Interrupts can be set via the DIP switch
Display frequency range: 0.1 to 10 Hz
Speed Monitoring:
Speed detection with relay output
Motor speed detection
Display frequency range: 0.1 to 10 Hz
Slip and rotation detection
Frequency Current/Voltage Converters:
Voltage or current signal output
**High input pulse frequency up to 40 kHz
Multiple voltage power supply
Our customer-centric service concept: the pursuit of a full range of services is a high-quality, high-standard service, the pursuit of every detail of the service process. It is impossible for interests to blossom into brilliant flowers from lies. Only by being professional and careful in every process, every action and every detail of the service can we meet or even exceed customer expectations and make customers satisfied and recognize us. Honest, professional, affordable, and fast, so you can rest assured. "Honest and professional service, affordable price, continuous improvement" is our service philosophy.
This article introduces P+F/Double Blessing logic control equipment up to 100 kHz products, if you are interested in P+F/Double Blessing logic control equipment, please also contact our customer service, we look forward to your call, hope our technology and service can bring you a better experience.
|
More on that
|
P+F/Inductive sensor NBN4-12GM50-E2-C-V1 4mm
Introduction: Germany P+F/Beijiafu inductive sensor is the use of electromagnetic induction to measure physical quantities such as displacement, pressure, flow, vibration, etc. into the change of the self-inductance coefficient and mutual inductance coefficient of the coil, and then converted by the circuit into the output of voltage or current change, to achieve non-electric to electric ...
|
|
P+F Capacitive Sensor CJ40-FP-A2-P4 4-wire
Introduction:P+F capacitive sensor CJ40-FP-A2-P4 series rectangular, housing material is POM / metal, output type 4 wires, non-flush mounting, DC voltage type, screw terminal connection type, protection class IP65.
...
|
|
P+F sensor NBN40-L2-E0-V1 40 mm non-flush
Introduction: NBN40-L2-E0-V1 is a kind of switch sensor (i.e., non-contact switch), which has the characteristics of travel switch and micro switch, and has sensing performance, and reliable action, stable performance, fast frequency response, long application life, strong anti-interference ability, etc.
|
|
P+F photoelectric sensor M100/MV100-RT/35/76a/95/103
Description: The through-beam sensors are designed in a miniature design with a slit in the light of the miniature sensor, which is easy to use, very bright, with a high visible light point, full metal threaded mounting, and the high-efficiency series is mounted in a short M18 plastic housing for standard applications.
...
|
|
P+F/Through-beam photoelectric sensor BB10-P/59/76b/103/115e
Introduction: The transmitter and receiver on a thru-beam photoelectric sensor are aligned in opposite directions. The advantage of this is that the beam reaches the receiver directly, so a long detection distance and high excess gain can be achieved. These sensors are capable of reliably detecting almost any object. Angle of incidence, surface characteristics ...
|
|
P+F/Beam Ultrasonic Barrier UBEC300-18GH40-SE2-V1
Introduction: An ultrasonic through-beam sensor consists of a transmitter and a receiver mounted facing each other. Ultrasonic through-beam sensors work by emitting sound waves from the transmitter to the receiver to detect objects through the sound beam being interrupted by the target object. The emitter produces ultrasonic ...
|
|
P+F/Capacitive sensor CJ10-30GM-WS current: 5~200mA
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/DK12-11/124/136 M12 plug
Product introduction: The characteristics of P+F color mark sensor are: low contrast detection under high resolution, short response time; It is not sensitive to the deviation of the height and angle of the detected material; The optical lenses are 90° interchangeable. Just press the TEACH-IN button and the emitter LED will automatically select the best ...
|
|
P+F/UB1000-18GM75-E5-V15
Product Introduction: The transducers used to transmit and receive sound waves are separated, so that the system does not need to wait for the signal attenuation of the transmitter, thus effectively reducing the dead zone. The direct detection type of ultrasonic sensors is available with switching and analog outputs. Direct detection of all support window mode functions ...
|
|
Germany P+F/Bejiafu capacitive sensor CJ15+U4+A2 four-wire DC
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/Capacitive sensor CCN15-30GS60-A0/A2 complementary output
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
P+F/Capacitive sensor CBN15-F64-A0 has a voltage drop of ≤2V
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
The P+F incremental encoder AH40 weighs approx. 160 g
Introduction: Incremental Encoder AH40, Industry Application: Textile Machinery, Bending Machinery, Printing Machinery, Metallurgical Industry, Elevator Product Structure: Empty Row Shaft, Outer Diameter (mm): 40mm, Bore Diameter/Shaft Diameter (mm): 8mm, Resolution (CPR): 1-1024 PPR, Working Voltage: 4,75... 30 V D ...
|
|
P+F/Inductive sensor NBN3-F31-E8-K-K 3 mm
Introduction: Smooth or threaded stainless steel cylindrical housing for inductive sensors; reverse polarity protection and short circuit protection; LED status indicates M8, M12 connector connection or terminal wiring mode; PVC, PUR or silicon cable outlet; 2-wire, 3-wire, 4-wire DC, AC, NAMUR output mode to ...
|
|
P+F/Capacitive sensor CBN15-F64-A2 voltage drop ≤2V
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards the proximity switch, whether it is ...
|
|
P+F Inductive Sensor NBB20-U1-A2 4-wire DC
Introduction: Smooth or threaded stainless steel housing for inductive sensors; reverse polarity protection and short circuit protection; LED status indication; M8, M12 connector connection or terminal wiring; PVC, PUR or silicone cable outlet; 2-wire, 3-wire, 4-wire DC, AC, NAMUR and AS ...
|
|
P+F/Beam Ultrasonic Barrier UBE1000-18GM40-SE2-V1 PNP
Product introduction: The working principle of ultrasonic through-beam sensor is to detect an object by emitting sound waves from the transmitter to the receiver and being interrupted by the sound beam by the target object. The transmitter generates an ultrasonic signal that is received and evaluated by the receiver. When the ultrasonic beam is attenuated or interrupted by an object, the receiver ...
|
|
P+F inductive sensor NBN5-F7-E0 5 mm non-flush
Introduction: P+F inductive sensor NBN5-F7-E0 5 mm non-flush, switch function normally open (NO), output type NPN, rated working distance 5 mm, installation non-flush, output polarity DC, ensure operating distance 0 ... 4,05 mm
...
|
|
P+F/IBN4-F29-E0 Inductive Proximity Sensor 4mm Non-flush
Introduction: P+F inductive proximity sensor NBN4-F29-E0 reverse polarity protection, pulse short circuit protection, off-state current 0 ... 0,5 mA Type 0,1 μA At 25 °C and rated voltage ≤ 36 V, the product does not require CCC certification/marking.
...
|
|
P+F/Capacitive sensor CBB8-18GK75-E2-V1 with a diameter of 18 mm
Introduction: The measurement of P+F/Capacitive sensors is usually one plate that makes up the capacitor, and the other plate is the housing of the switch. This housing is usually grounded or connected to the enclosure of the device during the measurement process. When an object moves towards a proximity switch, whether it is a conductor or not...
|
|
Contact
working hours
