Small and pressure-resistant
- Ideal for limited installation space
- Excellent for mounting in and on windings
Safe, reliable, durable
- Constant contact pressure over the entire temperature range
- For type 06, H6, RH double contact switch-off (NC contact) / switch-on (NO contact) due to higher current intensity
- Over 70 tests during production ensure quality
- Worldwide licences
- Very fast switching; therefore short duration of the arc effect on the contacts
Temperature sensitive
- Reproducible switching temperature due to mechanically and electrically unloaded bimetallic disc, factory-set nominal switching temperature (NST)
Fast response
- Good heat transfer to the rear derailleur due to very low switch mass
- With type P1 and W1 short switch-off times due to a defined series resistor RS
Flexible use
- Wide supply voltage range with the exception of type R6,
- Comprehensive range of wires/strands
- For types P1 and W1, the heat output required for self-retaining is automatically regulated by a built-in PTC resistor RH (no overshoot)
Bimetal switch
When the factory-set nominal switching temperature (NST) is reached, a bimetallic disc suddenly jumps from its stable starting position to a stable end position and actuates the rear derailleur.
NC contact: types 01, Z1, P1, W1, 06, R6, H6, RH
Kontakte werden getrennt und unterbrechen den Stromkreis = >direkte Abschaltung
Closers: Types 02, 08, 09
Contacts are closed and activate a circuit = > e.g. activation of signalling devices.
Resetting: Types 01,02, Z1, 06, 08, H6
If the temperature falls below the factory-set reset temperature (RST), the rear derailleur returns to its stable starting position.
Self-retaining: types P1, W1
An integrated PTC heating resistor RH is located parallel to the switching mechanism. Once the contacts have opened, its heating power keeps the switching mechanism above the reset temperature until the supply voltage is interrupted. This function is used when automatic switch-back after overheating and subsequent cooling is undesirable or not permitted. Inspection and/or service required!
Defined current-sensitive: types Z1, W1
General data
| Series | 01 | 05 | 06 | ||||
| Type | 01,02 | Z1, P1, W | 05,09 | 06,08,R6,H6,RH | |||
| T | Max. Pressure resistance of the housing
(max. mech. load) |
450 N (45 kg) | — | 300 N (30 kg) | 600 N (60 kg) | ||
| High-voltage resistance: | Version C | — | — | — | — | ||
| *S version | 2kV | 2kV | 2kV | 2kV | |||
| Version L | 2kV | — | 2kV | 2kV | |||
| Version N | — | — | — | — | |||
| Version V | — | — | — | 3,75 kV | |||
| Version H | — | — | — | 2kV | |||
| Version P | — | — | — | 2kV | |||
| * | Suitable for installation for protection class
(Isolation) |
I(1), II(2) | I(1), *II(2) | I(1), II(2) | I(1), II(2) | ||
| Protection class II – Type V – Standard | II(2) | ||||||
| * | Protection class | IP00 | IP00 | IP00 | IP00 | ||
| T | Impregnation resistance | suitable | Z1:suitable | suitable | suitable | ||
| Total bounce time | [ms] | < 1 | < 1 | < 1 | < 1 | ||
| Contact resistance
(according to MIL standard R 5757) |
[mΩ] | < 50 | < 50 | < 50 | < 50 | ||
| Vibration resistance
(at 10 … 60 Hz ) |
[m/s2] | 100 (10g) | 100 (10g) | 100 (10g) | 100 (10g) | ||
| * | Reset temperature range (RST) depending on switch family, on request | ||||||
| – Standard | [°C] | ³ 35 | ³ 35 | ³ 35 | ³ 35 | ||
| – UL standard range | [°C, K] | NST – 30 ± 15 | NST – 30 ± 15 | NST – 30 ± 15 | NST – 30 ± 15 | ||
| – CSA standard range | [°C, K] | NST – 10 … -50 | NST – 10 … – 50 | NST – 10 …- 50 | NST – 10 … – 50 | ||
NST= Nominal switching temperature RST= Reset switching temperature
T after test at the manufacturer
* others on request
Multiple interconnection
Conversion table
1 mm < = > 0,0394 inch (‘) 25,4 mm < = > 1 inch (‘)
100 mm < = > 3,94 ‘
300 mm <=> 11,81 ‘
°C <=> (°F – 32) / 1.8
°F <=> 32 + 1,8 x °C
Article number: Example: TWDS01.130.05.0400/0180/0180/0650
Please always state the required licences when ordering
| Execution | Series | Nominal switching temperature NST | Tolerance range [± K] | Lengths mm] | ||||
| L1 | L2 | L3 | L4 | |||||
| Single with L1 = L2 | TW | S01. | 130. | 05. | 0300 | |||
| Single with L1 ¹ L2 | TW | S01. | 115. | 05. | 0300 | /0200 | ||
| Twin L1 – L3 | TWZ | S01. | 070. | 05. | 0200 | /0100 | /0200 | |
| Drilling L1 – L4 | TWD | S01. | 180. | 05. | 0400 | /0180 | /0180 | /0650 |
| L1 | L2 | L3 | L4 | |||||
Hint
The data and information provided are based on tests and test series. They are intended as a guide, which is why there may be deviations for individual applications and uses. The suitability in a specific application must be checked by the user in each individual case.
Of course we will be happy to advise you.
Standard range
| Item number | Nominal switching temperature | Nominal switching | Item number | Nominal switching | Nominal switching | ||
| electricity | temperature | electricity | |||||
| [˚C] | [A] | [˚C] | [A] | ||||
| Opener | Opener | ||||||
| TWS01.080.0300 | ♦ | 80°C | 2,5 | TWS06.090.0300 | ♦ | 90°C | 10 |
| TWS01.090.0300 | ♦ | 90°C | 2,5 | TWS06.100.0300 | ♦ | 100°C | 10 |
| TWS01.100.0300 | ♦ | 100°C | 2,5 | TWS06.110.0300 | ♦ | 110°C | 10 |
| TWS01.110.0300 | ♦ | 110°C | 2,5 | TWS06.120.0300 | ♦ | 120°C | 10 |
| TWS01.120.0300 | ♦ | 120°C | 2,5 | TWS06.130.0300 | ♦ | 130°C | 10 |
| TWS01.130.0300 | ♦ | 130°C | 2,5 | TWS06.140.0300 | ♦ | 140°C | 10 |
| TWS01.140.0300 | ♦ | 140°C | 2,5 | TWS06.150.0300 | ♦ | 150°C | 10 |
| TWS01.150.0300 | ♦ | 150°C | 2,5 | TWS06.160.0300 | ♦ | 160°C | 10 |
| TWS01.155.0300 | ♦ | 155°C | 2,5 | TWS06.170.0300 | ♦ | 170°C | 10 |
| TWS01.160.0300 | ♦ | 160°C | 2,5 | TWS06.180.0300 | ♦ | 180°C | 10 |
| TWS01.170.0300 | ♦ | 170°C | 2,5 | Closer | |||
| TWS01.180.0300. | ♦ | 180°C | 2,5 | TWS08.130.0300 | ♦ | 130°C | 10 |
| TWS01.200.0300. | ♦ | 200°C | 2,5 | TWS08.140.0300 | ♦ | 140°C | 10 |
| TWS08.150.0300 | ♦ | 150°C | 10 | ||||
| Data sheet | Data sheet | ||||||
Standard cable length: 300 mm
♦ Bearing types
♦ Available ex works, minimum quantity 500 pieces
