Features
Rated working pressure: 21 MPa
Heat resistance: 120℃
Can be built into hydraulic (oil) pressure / pneumatic / aqua (water pressure) cylinders
Custom orders starting from one unit accepted.
Model
| LP | 40 | – | 050 | – | LFH | – | 1 |
|---|---|---|---|---|---|---|---|
| ① | ② | ③ | ④ | ⑤ |
| ① | Model classification | LP | : | Linear Pulse Coder |
| ② | Sensor diameter (mm) | 40 | : | φ4.0 |
| ③ | Measuring range (mm) | 050 | : | 50 |
| ④ | Shape of mounting part | LFH | : | Flange |
| R8H | : | M8 screw | ||
| ⑤ | Amplifier | 1 | : | CV05 |
| 2 | : | CVS5 | 3 | : | CV06A | 4 | : | CV06D |
Specification
| Model | LP40-LFH／R8H | |
|---|---|---|
| Sensor diameter(mm) | φ4 | |
| Target | Material | Brass pipe(C2700) |
| Outer diameter(mm) | φ6（-0.01/-0.05） | |
| Inner diameter(mm) | φ5（±0.03） | |
| Linearity (mm) | ±2%/FS or less | |
| Temperature characteristics | ±2.6%/FS or less (0 to 80℃ @ center of measurement range) | |
| Operating temperature range(℃) | －10～80 | |
| Lead-out cable | Length(m) | 2 |
| Outer diameter(mm) | φ4.8 cross-linked PE coated shielded cable | |
| Protective structure | equivalent to IP64 | |
| Pressure resistance | 21 MPa (Pressure test: 35 MPa [10min]) | |
| Magnetic field resistance | 0.2T (Tesla) | |
Outline drawing
LFH flange type (Cable pull-out direction : Vertical)
| (mm) | |||||
| Model | A | B | FS | L | Q |
|---|---|---|---|---|---|
| LP40-015-LFH | 20 | 16 | 15 | 51 | 45 |
| LP40-030-LFH | 30 | 66 | 60 | ||
| LP40-050-LFH | 50 | 86 | 80 | ||
| LP40-075-LFH | 75 | 111 | 105 | ||
| LP40-100-LFH | 100 | 136 | 130 | ||
| LP40-125-LFH | 125 | 161 | 155 | ||
| LP40-150-LFH | 40 | 30 | 150 | 220 | 200 |
| LP40-175-LFH | 60 | 175 | 265 | 245 | |
| LP40-200-LFH | 200 | 290 | 270 | ||
LFH flange type (Cable pull-out direction : Horizontal)
R8H screw type (LP40-100-R8H)
Application examples
Amplifier
Specification
| Model | CV06A | CV06D | CV05 | CVS5 CVS5(Resin case type) |
|---|---|---|---|---|
| Power-supply voltage | DC12～24V ±10% | DC18～24V ±10% | DC12～24V ±10% | DC9～16V ±10% |
| Current consumption | 50mA or less | 100mA or less | 40mA or less | |
| Output voltage | Analog output DC1～5V | |||
| Resolution | Approx 1/2000 of measuring range | |||
| Responsiveness | About 4kHz（-3dB） | |||
| Operating temperature range | -20～80℃ (No condensation) | |||
| Temperature characteristics | 0.025%/FS or less (0 to 60℃ @ center of measurement range) | |||
Outline drawing
CV06A/CV06D
CV05
CVS5
CVS5(Built-in resin case type)
(Options) Synchronous processing
Purpose
When multiple sensors of the same type are used, periodic interference noise may occur in the output.
To counter this, noise is reduced by synchronizing the signal generation circuits in each amplifier.
To counter this, noise is reduced by synchronizing the signal generation circuits in each amplifier.
Synchronizable amplifier
CV06A
CV06D
CV06D
Synchronization method
Using a dedicated synchronization connector (on DIN rail)
Precautions for use
– Only connect sensors and amplifiers with the same serial numbers.
– The master amplifier is fixed.
– Slave amplifiers do not operate in isolation.
– Operation with a reduced number of slave amps connected is possible if they are the same model.
– Each amplifier requires a power supply.
– The master amplifier is fixed.
– Slave amplifiers do not operate in isolation.
– Operation with a reduced number of slave amps connected is possible if they are the same model.
– Each amplifier requires a power supply.
Output – power cable
Connection configuration
CV06A/CV06D
CV05
(End treatment example) * We fit a range of connectors.
(Signal side) With BNC conversion cable
(Signal side) BNC conversion cable + (Power supply side) Banana plug
(Signal line) With Tajimi Electronics connector
