Toyo Keiki
Toyo Keiki TMW Series Multi Power Meter
Product Made In Japan
Manufacturer: Toyo Keiki
Model: TMW Series
Features
Revolutionizing Measurement Displays with Graphic LCD Technology. The adoption of Graphic LCD technology transforms traditional measurement screens into modern, versatile tools. With features like trend graphs for time-series data, flexible display options, real-time multi-element views, and custom VT/CT settings, this innovation offers precision and adaptability. The built-in easy setup function ensures quick configuration without the need for a manual, making it the perfect solution for today’s industrial needs.
Specifications
| Item | Input range | Display |
|---|---|---|
| Current (R, S, T) | 0～5A (20A extension) | Input current × CT ratio |
| Voltage (R-S, S-T, T-R) | 0～150V or 0～300V Note 1) | voltage × VT ratio |
| Active Power | 0～1kW or 0～2kW Note 1) | Input Power × CT ratio×VT ratio |
| Reactive Power | LEAD 1kvar～LAG 1kvar or LEAD 2kvar～LAG 2kvar Note 1) | Input × CT ratio × VT ratio |
| Apparent Power | 0～1kVA or 0～2kVA Note 1) | × CT ratio × VT ratio |
| Power factor | LEAD 0～1.0～LAG 0 Note 1) | LEAD 0.0～100.0～LAG 0.0% |
| Frequency | 45Hz～65Hz | 45.00Hz～65.00Hz |
| Watt demand | 0～1kW or 0～2kW Note 1) | Input × CT ratio × VT ratio |
| Amp demand | 0～5A or (20A extension) | Input current × CT ratio |
| Active energy | Note 1) | 0.000～999999.999kWh (MWh) Incoming Wh : sign +Wh outgoing Wh : sign －Wh |
| Reactive energy | Note 1) | 0.000～999999.999kvarh (Mvarh) LAG 0.000～999999.999kvarh (Mvarh) LEAD 0.000～999999.999kvarh (Mvarh) |
| Operating time | 0～999999h | |
| Current THD | 0～100% Peak Value : 0～9.9A | 0～100% |
| Voltage THD | 0～100%, Peak Value 0～250V (Rated Voltage 110V) 0～500V (Rated Voltage 220V) Note 1) | 0～100% |
2 Aux. Power
| Spec | Voltage range | Consumption |
|---|---|---|
| Worldwide power | AC80～264V DC80～143V | 5VA 3W (27mA) |
| DC24V | DC19～31V | 3W (123mA) |
3 Input specifications
| Spec | Rating | Input range | Consumption |
|---|---|---|---|
| 1P2W / 1P3W / 3P3W | 110V/220V, 100V/200V 5A | 0〜150V／0〜300V 0〜5A（extension to 20A） | 0.11VA/0.22VA 0.5VA |
| 1P2W / 1P3W / 3P3W | 440V 5A | 0〜600V 0〜5A（extension to 20A） | 0.44VA 0.5VA |
| 3P4W | 110/√3‾V／220/√3‾V 5A | 〜150/√3‾V／0〜300/√3‾V 0〜5A（extension to 20A） | 0.04VA/0.08VA 0.5VA |
| 3P4W | 440/√‾3V 5A | 0〜600V/√3‾V 0〜5A（extension to 20A） | 0.16VA 0.5VA |
Note) exchange 1P2W, 1P3W, 3P3W spec and 110V, 220V input each other by setting
4 Output specifications
| Output type | Specification |
|---|---|
| Analog output | DC4～20mA 0～550Ω DC1～5V 600Ω～∞ MAX.4CH |
| Pulse output | Active energy or Reactive energy DC125V, AC125V 0.1A MAX.2CH |
| Relay output | Upper alarm or Lower alarm AC250V 5A DC100V 0.3A, DC30V 5A MAX.2CH |
| Transmission output | RS-485 Protocol: MODBUS Baudrate: 2400, 4800, 9600, 19.2k, 38.4kbps |
Up to two point outputs are available for pulse output and alarm output.
Either of transmission output and pulse output (alarm output) is to be selected (see type name system).
Pulse output is output asynchronously with the display update interval.
Note that a time difference may be generated between the indicated value and the pulse number.
5 Remote input specification
The measurement items of the main display can be changed by applying a voltage from outside (Display screen 1 or Display screen 2).
Apply a voltage of 80 to 264 VAC or 80 to 143 VDC to the external input terminal (for 0.5 seconds or more). Each time a voltage is applied, the next item is selected.
| 1. Type name | 2. Input | 3. Auxiliary power supply | 4. Output | 5. Viewing direction |
|---|---|---|---|---|
| TMW | □□□ | □□ | □□□ | □□ |
[Example] TMW-31-2-22
CT100A, VT3300V, Demand time 15 minutes
CH1: Active power
CH2: Current R phase
CH3: Voltage RS phase
CH4: Frequency
Pulse CH1: Watt-hour / 10kWh / 1Pulse
Pulse CH2: Lag Varh / 10kvarh / 1Pulse
Input: 3P3W, 110V, 5A
The internal parameters can also be specified at the time of order. The unit is shipped with the specified values set.
The setting items that can be specified are CT ratio, VT ratio, and Demand time limit.
For the specifications with analog output, the elements of each output can be specified. For the specifications with pulse, the pulse elements and multiplying factor can be specified.
