Type H (GLC150-*41-AD*-24V) Specifications (End of sale: 2009/12/24)
Functional Specifications
| Model (Global Code) | GLC150-SC41-AD*K-24V (PFXGLC150SDH1*) →Recommended Substitute | GLC150-BG41-AD*K-24V(PFXGLC150BDH1*) GLC150-BG41-AD*C-24V(PFXGLC150BDH2*) →Recommended Substitute | ||
|---|---|---|---|---|
| Type | STN Color LCD | Monochrome LCD | ||
| Display Colors | 64 Colors | Blue-mode | ||
| Backlight | CCFL (Service life: more than 36,000 at 24 hr. operation) |
CCFL (Service life: more than 25,000 at 24 hr. operation) |
||
| Resolution | 320 × 240 pixels | |||
| Nominal Display Area (mm) | 118.2(W) × 89.4mm(H) | 115.2(W) × 86.4mm(H) | ||
| Contrast Control | 8 levels of adjustment available via touch panel | |||
| Language Character Sets | ASCII: (Code page 850) Alphanumeric (incl. European characters) Chinese: (GB2312-80 codes) simplified Chinese fonts Japanese: ANK 158, Kanji: 6962 (JIS Standards 1 & 2) Korean: (KSC5601 - 1992 codes) Hangul fonts Taiwanese: (Big 5 codes) traditional Chinese fonts |
|||
| Text | 8 × 8 Dots | 40 char × 30 rows | ||
| 8 × 16 Dots | 40 char × 15 rows | |||
| 16 × 16 Dots | 20 char × 15 rows | |||
| 32 × 32 Dots | 10 char × 7 rows | |||
| Character Sizes*1 | 8 × 8, 8 × 16, 16 × 16, 32 × 32 dots | |||
| Font Sizes | Both height and width can be expanded 1, 2, 4, or 8 times | |||
| Memory | Application | FLASH EPROM 1MB | ||
| Data Backup | SRAM 96KB - uses lithium battery*2 | |||
| Control Memory | Variable Data Area | SRAM 32KB - uses lithium battery*2 (Including bit, integer, timer, counter) |
||
| Program Area | FLASH EPROM 128KB | |||
| Clock Accuracy | ± 65 seconds/month (at room temperature) | |||
| Touch Panel | 16 × 12 keys/ screen - 1 or 2 point touch | |||
- The display font will differ depending on which (language) character, or which size you select.
- Lithium battery's lifetime is:
10 years when the battery's ambient temperature is under 40℃
4.1 years when the battery's ambient temperature is under 50℃
1.5 years when the battery's ambient temperature is under 60℃
When used for backup:
Approximately 60 days, with a fully charged battery
Approximately 6 days, with a half-charged battery
General Specifications
| Model (Global Code) | GLC150-*41-AD*-24V (PFXGLC150*DH**) | ||
|---|---|---|---|
| Electrical | Rated Voltage | DC24V | |
| Rated Voltage Range | DC20.4 to 28.8V | ||
| Allowable Voltage Drop | 10 ms or less | ||
| Power Consumption | 20W max. | ||
| Rush Current | 30A max. | ||
| Voltage Endurance | AC1000V, 10mA for up to 1 minute (between charging and FG terminals) |
||
| Insulation Resistance | 20MΩ or higher at DC500V (between charging and FG terminals) |
||
| Environmental | Ambient Operating Temperature*1 |
0 to 50℃ | |
| Storage Temperature | -20 to 60℃ | ||
| Ambient Humidity | 10 - 90% RH (non-condensing wetbulb temperature 39℃ or less) |
||
| Storage Humidity | 10 - 90% RH (non-condensing wetbulb temperature 39℃ or less) |
||
| Dust | 0.1mg/m3 or less (non-conductive levels) | ||
| Corrosive Gasses |
Free of corrosive gases | ||
| Atmospheric Endurance (Operation Altitude) |
800 to 1114hPa (2000 meters or lower) | ||
| Vibration Resistance | ompatible with IEC61131-2 When vibration is NOT continuous: 10Hz to 57Hz 0.075mm, 57Hz to 150Hz 9.8m/s2 When vibration is continuous: 10Hz to 57Hz 0.035mm, 57Hz to 150Hz 4.9m/s2 X, Y, Z directions for 10 times (80min.) |
||
| Noise Immunity | Noise Immunity:1500Vp-p Pulse Duration: 1µs, Rise Time: 1ns (via noise simulator) |
||
| Electrostatic Discharge Immunity |
Contact discharge of 6kV (IEC 61000-4-2 Level 3) | ||
| Structural | Grounding | 100Ω or less, or your country's applicable standard | |
| Rating | Equivalent to IP65f (JEM1030), NEMA#250 TYPE 4X/12*2 | ||
| External Dimensions (mm) |
207W × 157H × 75.8D | ||
| Weight | 1.5kg (3.3lb) or less | ||
| Cooling Method | Natural air circulation | ||
- Ensure that the temperatures both at the display surface and inside the panel are within the prescribed ambient temperature range during use. Use at temperatures outside this range may lead to malfunction.
- Limited to the front face after installation in a panel. Testing equivalent to IP65f conditions has been performed; however, performance cannot be guaranteed for every type of environment. If the product is subjected to an oil mist over an extended period of time, even when using the oil designated in the tests, or if the product is subjected to an extremely low-viscosity cutting oil, some oil penetration may result due to peeling of the front sheet. If this occurs, a countermeasure is required. The same kind of penetration, or plastic deformation, may also occur with oils other than those designated. Confirm ambient environment prior to installation. Furthermore, rubber gaskets that have been used for extended periods of time, and those that have been scratched or soiled after panel installation, may not provide sufficient protection. It is recommended that the rubber gasket be replaced periodically to ensure stable protection.
DIO Interface Specifications
Iuput
| Model (Global Code) | GLC150-*41-AD*-24V (PFXGLC150*DH**) |
|---|---|
| Rated Voltage | DC 24V |
| Max. Allowable Voltage | DC 28.8V |
| Input Method | Source/ Sink input |
| Rated Current | 9 mA (DC24V) (IN0, IN2, IN4, IN6), 5 mA (DC24V) (Other input) |
| Input Impedance | Approx. 2.7kΩ (IN0, IN2, IN4, IN6), Approx. 4.7kΩ (Other input) |
| Input Derating | *1 |
| Operation Range | ON Voltage: DC19V min., OFF Voltage: DC5V max. |
| Input Delay Time | OFF→ON 0.5 to 20ms max., ON→OFF 0.5 to 20ms max.*2 |
| Common Lines | 2 |
| Common Line Allocation | 8 points/common |
| Input Points | 16 |
| Input Signal Display | LED lights for each point ON (logic side) |
| Isolation Method | Photocoupler Isolation |
| External Power Supply | For Signal: DC 24V |
- Exceeding the LT unit's input rated voltage may affect the input ON voltage, input points, or ambient operating temperature; and the input area may break from excessive heat. Use Input Derating within the range shown in the chart below, to prevent the LT from breaking down.
- Digital filter can be set at intervals of 0.5ms.
Output
| Item | LC (Low Current) OUT0 to OUT7 | HC (High Current) OUT8 to OUT15 | |
|---|---|---|---|
| Rated Voltage | DC 24V | ||
| Rated Voltage Range | DC 20.4V to DC 28.8V | ||
| Output Method | Type H1 | Sink Output | |
| Type H2 | Source Output | ||
| Maximum Load Current | 0.2A/point, 0.8A/common | 0.5A/point, 2A/common | |
| Output Voltage Drop | 0.5V max. | ||
| Output Delay | OFF→ON: 0.5ms max. | ON→OFF: 0.5ms max. | |
| Leakage Current when OFF0.1 mA max. | |||
| Output Classification | Transistor Output | ||
| Common | 1 each (OUT 0 to 7 = 1, OUT 8 to 15 = 1) | ||
| Common Structure | 8 points/common | ||
| Output Protection Classification | No protection | ||
| Internal Fuse | 2A Chip Fuse (non-replaceable) |
5A Chip Fuse (non-replaceable) |
|
| Surge Suppression Circuit | Zener Diode (DC39V+/-1V) | ||
| Output Signal Indication | LED lights when each point turns ON (logical side) | ||
| Isolation Method | Photocoupler Isolation | ||
| External Power Supply | For Signal: DC 24V | ||
DIO Interface Connector Specifications
DIO Connector (Type H*-AD/ADP/ADT)
| PIN No. | Signal Name | PIN No. | Signal Name | Pin Assignments*1 |
|---|---|---|---|---|
| A1 | OUT15 | B1 | IN15 |  |
| A2 | OUT14 | B2 | IN14 | |
| A3 | OUT13 | B3 | IN13 | |
| A4 | OUT12 | B4 | IN12 | |
| A5 | OUT11 | B5 | IN11 | |
| A6 | OUT10 | B6 | IN10 | |
| A7 | OUT9 | B7 | IN9 | |
| A8 | OUT8 | B8 | IN8 | |
| A9 | COM3 | B9 | COM1 | |
| A10 | OUT7 | B10 | IN7 | |
| A11 | OUT6 | B11 | IN6 (CT3) | |
| A12 | OUT5 | B12 | IN5 | |
| A13 | OUT4 | B13 | IN4 (CT2) | |
| A14 | OUT3 (PLS3, PWM3) | B14 | IN3 | |
| A15 | OUT2 (PLS3, PWM2) | B15 | IN2 (CT1) | |
| A16 | OUT1 (PLS3, PWM1) | B16 | IN1 | |
| A17 | OUT0 (PLS3, PWM0) | B17 | IN0 (CT0) | |
| A18 | COM2 | B18 | COM0 |
- Parenthesized signal names ( ) indicate when Pulse output (PLS*), PWM output (PWM*), or Counter Input (CT*) are used. Using LT Editor, you can set the standard DIO for use as high-speed counter input. Refer to the LT Type H Series I/O Setting User's Manual for setting details.
| Type H1-AD/ADP/ADT Input/Output Circuit (Sink IN and Source IN/Sink OUT) |
|---|
 |
| Type H2-AD/ADP/ADT Input/Output Circuit (Sink IN and Source IN/Source OUT) |
|---|
 |
About COM
| PIN No. | Signal Name | Function |
|---|---|---|
| B18 | COM0 | Input Common (For IN0 to IN7) (For CT0 to CT3) |
| B9 | COM1 | Input Common (For IN8 to IN15) |
| A18 | COM2 | Output Common (For OUT0 to OUT7) (For PLS0 to PLS3, PWM0 to PWM3) |
| A9 | COM3 | Output Common (For OUT8 to OUT15) |
2L3.5/36LH 36 pole spring-clamp connector (Weidmuller) Wire size: 0.3mm to 1.0mm (AWG#18 to AWG#22)
* The terminals for DIO power supply are located on the analog input/output connector.
Common Interface Specifications
Alarm Output
| Contact Ratio | AC125V at 0.15A (resistive load), DC24V at 0.6A (resistive load) |
|---|---|
| Set Time (at 20℃) | 4ms or less |
| Reset Time (at 20℃) | 4ms or less |
| Min. Switching Load | 1mA/ DC5V |
| Initial Contact Resistance | 100mΩ or less |
Tool Connector
| Tool Connector | Asynchronous: TTL level non-procedural command Connect data transfer cable for transferring data from LT Editor. |
|
|---|---|---|
When LT Series is powered up and the system is booted, the relay of the alarm output circuit turns ON. When a major error or watchdog error occurs, this relay switch turns OFF. An external fail-safe circuit can be provided to monitor this relay output.
Note: This relay switch is OFF from the time the power is turned on until the LT Series system is booted. The external monitoring circuit must be started after the LT Seires system is booted.
| A timer circuit, which recognizes a non-operating LT is required. Otherwise the alarm monitoring system should be booted up after turning on the LT power supply. |
Analog Input/Output Specifications
Input
| Item | Specifications | ||
|---|---|---|---|
| No. of Input Channels | 2 Channels | ||
| Input Range | At Voltage Setup: 0V to 10V (10.2375V max.) At Current Setup: 0mA to 20mA (20.475mA max.)*1 |
||
| Resolution | At Voltage Setup | 12 Bit (0 to 4000 (0V to 10V), 4095 max. (at 10.2375V)) | |
| At Current Setup | 12 Bit (0 to 4000 (0mA to 20mA), 4095 max. (at 20.475mA)) | ||
| Accuracy | ± 1.0% of full scale (0 ℃ to 50 ℃) | ||
| Linearity | ± 3 LSB max. | ||
| Input Impedance | At Voltage Setup: 100kΩ, At Current Setup: 250Ω | ||
| Input Delay Time | 40ms/2 Channels | ||
| Absolute Max. Input Voltage | DC15V (Voltage)/ 60mA (Current) | ||
| Input Filter | Move average sampling time 2ms | ||
| Power Supply | DC24V External Power Supply | ||
| Insulation | Each channel - Internal: Insulation Between each channel: No insulation Each channel - Analog Power: Insulated |
||
| Input/Ouput Characteristics |  |
 |
|
- Switching the Voltage Input or Current Input can be set separately, in each channel.
- When the Current Input is selected, ground AI* and AI* JP.
- Connct to the FG terminal in the main unit, or connect directly to frame groud (FG).
Output
| Item | Specifications | ||
|---|---|---|---|
| No. of Output Channels | AD: 1 Channel/ ADP: 2 Channels/ ADT: 2 Channels | ||
| Output Range | At Voltage Setup: 0V to 10V (10.2375V max.) At Current Setup: 0mA to 20mA (20.475mA max.)*1 |
||
| Resolution | At Voltage Setup | 12 Bit (0 to 4000 (0V to 10V), 4095 max. (at 10.2375V)) | |
| At Current Setup | 12 Bit (0 to 4000 (0mA to 20mA), 4095 max. (at 20.475mA)) | ||
| Accuracy | ± 1.0% of full scale (0℃ to 50℃) | ||
| External Allowable Load | At Voltage Setup: 10kΩ min., At Current Setup: 500Ω max. | ||
| Power Supply | DC24V External Power Supply | ||
| Insulation | Each channel - Internal: Insulation Between each channel: No insulation Each Analog Power channel: Insulation |
||
| Input/Ouput Characteristics | |
|
|
- Switching the Voltage Input or Current Input can be set separately, in each channel.
Important: Use twisted and shielded 2-conductor cable for analog input wiring, and do not route it near high-voltage, high-current, high-frequency cables (such as those for inverters) or power cables. Also, do not bundle it with any of these cables; place them in separate wiring ducts.
Input/Output Connector*1
| PIN No. | Signal Name | Condition | Pin Assignments*2 | ||
|---|---|---|---|---|---|
| 1 | 24V | DIO Power 24V |  |
||
| 2 | 0V | DIO Power 0V | |||
| 3 | FE | Terminal for Function Ground | |||
| 4 | 24V | Analog Power 24V | |||
| 5 | 0V | Analog Power 0V | |||
| 6 | A02I | Ch2 Analog Output (Current) | |||
| 7 | A02V | Ch2 Analog Output (Voltage) | |||
| 8 | A0G | Analog Output Ground | |||
| 9 | A01I | Ch1 Analog Output (Current) | |||
| 10 | A01V | Ch1 Analog Output (Voltage) | |||
| 11 | AIG2 | Analog Input Ground | |||
| 12 | A12 JP | Ch2 Analog Input | |||
| 13 | AI2 + | Ch2 Analog Input | |||
| 14 | AIG1 | Analog Input Ground | |||
| 15 | AI1 JP | Ch1 Analog Input | |||
| 16 | AI1 + | Ch1 Analog Input | |||
- A connector terminal block is included with the unit, and is also available separately as a maintenance option.
- Applicable connector: Weidmuller BL3.5/16LH 16-terminal screw clamp. Max. connectable wire size: 1.6 mm (AWG#14)
 |
 |
High-speed Counter Input Specifications
| Item | Specifications | ||
|---|---|---|---|
| Counter Input | DC 24V (Open Collector) | ||
| Single Phase (4 points) | 2-Phase (1 point)/ Single Phase (2 points) | ||
| Counter Input Method | Counter Input Method CT0 (IN0), CT1 (IN2), CT2 (IN4), CT3 (IN6), CT2 (IN4), CT3(IN6) | CT0 (IN0), CT1 (IN2) are used as a pair CT0: APhase, CT1: B Phase |
|
| Input Voltage | ON Voltage: DC19V min./ OFF Voltage: DC5V max. | ||
| Input Impedance | 2.7 kΩ | ||
| Minimum Pulse Width (Pulse Input) |
 |
||
| Calculated Speed (Rise and Fall time) |
 |
||
| Phase | 1 phase | 90 degree phase differential -2 phase signal; 1 phase + directional signal |
|
| Max. Count Frequency | 10kpps | ||
| Count Edge Assignment | Available | Not Available | |
| Count Register | 16 bit Up/Down counter | ||
| Counter Mode Switch | Depending on software settings | ||
| Upper/ Lower Limit Setting | Not available | ||
| Preload/Prestrobe | Available | ||
| Marker Input (Counter Value Clear) |
None | IN3 | |
Temperature Input Connector Specifications
Pt100 Iuput
| Item | Specifications | ||
|---|---|---|---|
| Subjected Resistance Temperature Sensor |
Pt100 | ||
| Measurable Temperature Range |
Celsius: -50℃ to 400℃ | Fahrenheit: -58F to 752F | |
| Accuracy | ±1.0% (Full Scale) | ||
| No. of Input Channels | 2 Channels | ||
| Temperature Convertion Data*1 | Celsius: -500 to +4000 | Fahrenheit: -580 to +7520 | |
| Conversion Time | Approx. 85ms x filter frequency (1 to 64)*2 | ||
| External Wiring Length | Each Channel: 50m max. | ||
| Insulation | Channel - Channel |
No Insulation | |
| Input Part - Internal Part |
Photocoupler Insulation | ||
| Additional Function | Linearize | ||
| Error Detection | Temperature conversion data when exceeding measured temperature range Exceeding the upper limit: 32767 Exceeding the lower limit: -32768 |
||
| Wiring | 3-wire method | ||
| Input/Ouput Characteristics |  |
 |
|
- Temperature conversion data is indicated as the measured value x10.
- Except for delay time, depending of the LT unit's scan time.
Temperature Input/ Output Connector*1
| PIN No. | Terminal Name | Condition | Pin Assignments*2 | ||
|---|---|---|---|---|---|
| 1 | PT1 A | Pt100 Input Ch1 |  |
||
| 2 | PT1 B | Pt100 Input Ch1 | |||
| 3 | PT1 B | Pt100 Input Ch1 | |||
| 4 | PT2 A | Pt100 Input Ch2 | |||
| 5 | PT2 B | Pt100 Input Ch2 | |||
| 6 | PT2 B | Pt100 Input Ch2 | |||
- A connector terminal block is included with the unit, and is also available separately as a maintenance option.
- Applicable connector: Weidmuller BL3.5/16LH 16-terminal screw clamp. Max. connectable wire size: 1.6 mm (AWG#14)
Thermocouple Input Specifications
| Item | Specifications | ||
|---|---|---|---|
| Subjected Resistance Temperature Sensor |
Thermocouple (K/J Type) | ||
| Measurable Temperature Range |
J Type: Celsius: -100 to +700, Fahrenheit: -148 to +1292 K Type: Celsius: -100 to +1200, Fahrenheit: -148 to +2192 |
||
| Accuracy | ±1.0% (Full Scale) | ||
| No. of Input Channels | 3 Channels | ||
| Temperature Convertion Data*1 | J Type: Celsius: -1000 to +7000, Fahrenheit: -1480 to +12920 K Type: Celsius: -1000 to +12000, Fahrenheit: -1480 to +21920 |
||
| External Wiring Length | Each Channel: 50m max. (by compensating conductors) | ||
| Conversion Time | Approx. 170ms x filter frequency (1 to 64) *2 | ||
| Insulation | No Insulation | ||
| Insulation Resistance | Power for analog (DC24V) 1st side and 2nd side (AC500V) | ||
| Additional Function | Linearize | ||
| Error Detection | Temperature conversion data when exceeding measured temperature range Exceeding the upper limit: 32767 Exceeding the lower limit: -32768 |
||
| Disconnect Processing | Temperature conversion data is 32767 | ||
| Input/Ouput Characteristics |  |
 |
|
- Temperature conversion data is indicated as the measured value x10.
- Except for delay time, depending of the LT unit's scan time.
Termocouple Input Connector Specifications*1
| PIN No. | Terminal Name | Condition | Pin Assignments*2 | ||
|---|---|---|---|---|---|
| 1 | TC1+ | Thermocouple Input Ch1 | |
||
| 2 | TC1- | Thermocouple Input Ch1 | |||
| 3 | TC2+ | Thermocouple Input Ch2 | |||
| 4 | TC2- | Thermocouple Input Ch2 | |||
| 5 | TC3+ | Thermocouple Input Ch3 | |||
| 6 | TC3- | Thermocouple Input Ch3 | |||
- A connector terminal block is included with the unit, and is also available separately as a maintenance option.
- Applicable connector: Weidmuller BL3.5/16LH 16-terminal screw clamp. Max. connectable wire size: 1.6 mm (AWG#14)
 |
| Important: | ・ | When extending the Pt100 input wire, make sure that the three conductors have exactly the same resistance and length. Do not route this wire near high-voltage, high-current, high-frequency cables (such as those for inverters) or power cables. Also, do not bundle it with any of these cables; place them in separate wiring ducts. |
| ・ | Pt100 input uses three conductors to eliminate wiring resistance and provide consistently precise measurement. |
 |
| Important | ・ | Do not route thermocouple input wiring near high-voltage, high-current, high-frequency cables (such as those for inverters) or power cables. Also, do not bundle it with any of these cables; place them in separate wiring ducts. |
| ・ | When extending the thermocouple input, use the specified (J type, K type) compensating lead wire. Because long compensating lead wires are subject to noise, the length should be kept as short as possible. | |
| ・ | Make sure the compensating lead wire is connected with the correct polarity. If the polarity is reversed, temperature measurementswill be incorrect. | |
| ・ | There is no insulation between thermocouple channels. Use insulated (non-grounded) thermocouples. |
Pulse/PWM Output Specifications
| Item | Pulse Output | PWM Output | |
|---|---|---|---|
| Output Points | 4 points | ||
| Output Method | PLS0 to PLS3 (OUT0 to OUT3) defined by user |
PWM0 to PWM3 (OUT0 to OUT3) defined by user |
|
| Load Voltage | DC24V | ||
| MIn. Load Current | 1mA | ||
| Max. Output Frequency | - | 2.5kHz | |
| Pulse Array Maximum Output Frequency | 5kHz (Total number of used channels) |
- | |
| Pulse Acceleration/ Deceleration Speed | Available | - | |
External Dimensions
Note: Panel thickness should be between 1.6 and 5.0 mm (0.06 to 0.02 in.), and should be based on the strength required to mount the LT to the panel.
