S S REGELTECHNIK FSTF Room Temperature Sensors In Wall Panel Switch Instruction Manual
- June 12, 2024
- S S REGELTECHNIK
Table of Contents
- S S REGELTECHNIK FSTF Room Temperature Sensors In Wall Panel Switch
- Product Information
- Technical Specifications
- Product Usage Instructions
- Dimensional drawing
- TECHNICAL DATA
- WIRE CONNECTION
- THERMASGARD® FSTF 1
- THERMASGARD® FSTF xx LT
- THERMASGARD® FSTF xx L D2
- THERMASGARD® FSTF xx L D4
- THERMASGARD® FSTF xx P
- THERMASGARD® FSTF xx PLW
- THERMASGARD® FSTF xx PLT
- THERMASGARD® FSTF xx PD4
- THERMASGARD® FSTF xx P 2L 2T
- General notes
- Resistance characteristics of passive temperature sensors
- General notes
- An overview of various versions
- Resistance characteristics of passive temperature sensors
- Resistance characteristics of passive temperature sensors
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
S S REGELTECHNIK FSTF Room Temperature Sensors In Wall Panel Switch
Product Information
The product is a room temperature sensor that is designed to be installed in- wall as part of a panel switch program. It is compatible with the GIRA System 55 Standard switch program, but can also work with other switch manufacturers and programs upon request. The sensor has various measuring ranges and outputs, as well as different options for potentiometers, switches, and buttons. It is classified as Schutzklasse III (according to EN 60 730) and has an IP 20 protection rating (according to EN 60 529).
Technical Specifications
- Measuring ranges: See table
- Sensor/output: Assembled on board, passive
- Range suppression: In the button
- Testing current: See page 8
- Potentiometer: Standard 1k, max. 0.1 W (Other values available upon request)
- Drehschalter: Max. 24 V AC/DC, max. 130 mA, up to 5 switching stages (0, Auto, I, II, III)
- Wippschalter: Max. 24 V AC/DC, max. 130 mA
- Taster: LED: Max. 24 V DC (Optional max. 24 V AC)
- Montage: Schutzklasse III (according to EN 60 730)
- Schutzart: IP 20 (according to EN 60 529)
Product Usage Instructions
- Choose the appropriate measuring range for your application based on the table provided in the manual.
- Install the room temperature sensor in-wall according to the mounting instructions provided by the switch program manufacturer.
- Connect the sensor/output to the designated points on the circuit board.
- Adjust the potentiometer to the desired value, taking into consideration the maximum power rating.
- If using a Drehschalter or Wippschalter, ensure that the maximum voltage and current ratings are not exceeded.
- If using a Taster with LED, make sure to use the appropriate voltage (DC or AC).
- Ensure that the device is properly grounded and connected to a power source according to the regulations in your region.
- Refer to the general information and important notes sections in the manual for additional guidance and safety precautions.
Dimensional drawing
A room temperature sensor THERMASGARD® FSTF is used for air temperature measurement or setpoint adjustment, for presence detection or as room control and operating panel with temperature sensor, push-buttons, potentiometers, status indicators (LEDs). The in-wall sensor is mounted in high-quality panel switch programmes, ideally of the brands Gira, Berker, Merten, Jung, Siemens or Busch-Jaeger (using in-wall adapters) either individually or in combination with light switches, socket outlets, etc.It is used in non-aggressive, dust- free environments, in refrigeration, air conditioning and clean room technology, and in interior rooms, such as living rooms, offices, hotels, etc.
TECHNICAL DATA
WIRE CONNECTION
THERMASGARD® FSTF 1
Standard version with sensor
Connecting diagram
THERMASGARD® FSTF 1 Room temperature sensors
THERM ASGARD ® FSTF 1| Room temperature sensors|
---|---|---
Type ⁄ WG01| Sensor ⁄ Output| Item No.
FSTF1| passive| IP 20 (–30…+60 °C)
FS T F1 P t100| Pt100 (according to DIN EN 60 751, class B)|
1101-5020-1000-162
FS T F1 P t1000| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5000-162
FS T F1 Ni1000| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180 ppm ⁄
K)| 1101-5020-9000-162
FS TF1 Ni TK| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0000-162
FS T F1 LM 235 Z| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1000-162
FST F1 NT C 1,8 K| NTC 1.8 K| 1101-5021-2000-162
FST F1 NT C 10 K| NTC 10K| 1101-5021-5000-162
FST F1 NT C 20 K| NTC 20K| 1101-5021-6000-162
THERMASGARD® FSTF xx LT
Version with sensor, LED (green), and push-button (max. 24 V DC, max. 10 mA)
Connecting diagram
THERMASGARD® FSTF xx LT Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx LT | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 L T | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1593-350
FS T F P t1000 L T| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5593-350
FS T F Ni1000 L T| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180 ppm
⁄ K)| 1101-5020-9593-350
FS T F Ni T K L T| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0593-350
FS T F LM 235 Z L T| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1593-350
FS T F N T C 1,8 K L T| NTC 1.8 K| 1101-5021-2593-350
FS T F N T C 10 K L T| NTC 10K| 1101-5021-5593-350
FS T F N T C 20 K L T| NTC 20K| 1101-5021-6593-350
THERMASGARD® FSTF xx L D2
Version with sensor, LED (green), and turn switch (2-step) (max. 24 V AC ⁄ DC, max. 130 mA)
Connecting diagram
THERMASGARD® FSTF xx LD2 Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx LD2 | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 D 2 L | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1631-351
FS T F P t1000 D 2 L| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5631-351
FS T F Ni1000 D 2 L| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180
ppm ⁄ K)| 1101-5020-9631-351
FS T F Ni T K D 2 L| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0631-351
FS T F LM 235 Z D 2 L| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1631-351
FS T F N T C 1,8 K D 2 L| NTC 1.8 K| 1101-5021-2631-351
FS T F N T C 10 K D 2 L| NTC 10K| 1101-5021-5631-351
FS T F N T C 20 K D 2 L| NTC 20K| 1101-5021-6631-351
THERMASGARD® FSTF xx L D4
Version with sensor, LED (green) and turn switch (4-step) (max. 24 V AC ⁄ DC, max. 130 mA)
Connecting diagram
THERMASGARD® FSTF xx LD4 Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx LD4 | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 D 4 L | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1643-352
FS T F P t1000 D 4 L| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5643-352
FS T F Ni1000 D 4 L| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180
ppm ⁄ K)| 1101-5020-9643-352
FS T F Ni T K D 4 L| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0643-352
FS T F LM 235 Z D 4 L| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1643-352
FS T F N T C 1,8 K D 4 L| NTC 1.8 K| 1101-5021-2643-352
FS T F N T C 10 K D 4 L| NTC 10K| 1101-5021-5643-352
FS T F N T C 20 K D 4 L| NTC 20K| 1101-5021-6643-352
THERMASGARD® FSTF xx P
Version with sensor and potentiometer (1 kOhm, max. 0.1 W)
Connecting diagram
THERMASGARD® FSTF xx P Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx P | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 P | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1001-282
FS T F P t1000 P| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5001-162
FS T F Ni1000 P| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180 ppm ⁄
K)| 1101-5020-9001-162
FS T F Ni T K P| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0001-162
FS T F LM 235 Z P| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1001-162
FS T F N T C 1,8 K P| NTC 1.8 K| 1101-5021-2001-162
FS T F N T C 10 K P| NTC 10K| 1101-5021-5001-162
FS T F N T C 20 K P| NTC 20K| 1101-5021-6001-162
THERMASGARD® FSTF xx PLW
Version with sensor, potentiometer (1 kOhm, max. 0.1 W), LED (green), and rocker switch (max. 24 V AC ⁄ DC, max. 130 mA)
Connecting diagram
THERMASGARD® FSTF xx PLW Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx PLW | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 P L W | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1655-353
FS T F P t1000 P L W| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5655-353
FS T F Ni1000 P L W| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180
ppm ⁄ K)| 1101-5020-9655-353
FS T F Ni T K P L W| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0655-353
FS T F LM 235 Z P L W| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1655-353
FS T F N T C 1,8 K P L W| NTC 1.8 K| 1101-5021-2655-353
FS T F N T C 10 K P L W| NTC 10K| 1101-5021-5655-353
FS T F N T C 20 K P L W| NTC 20K| 1101-5021-6655-353
THERMASGARD® FSTF xx PLT
Version with sensor, potentiometer (1 kOhm, max. 0.1 W), LED (green), and push-button (max. 24 V DC, max. 10 mA)
Connecting diagram
THERMASGARD® FSTF xx PLT Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx PLT | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 P L T | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1663-162
FS T F P t1000 P L T| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5663-162
FS T F Ni1000 P L T| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180
ppm ⁄ K)| 1101-5020-9663-350
FS T F Ni T K P L T| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0663-350
FS T F LM 235 Z P L T| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1663-350
FS T F N T C 1,8 K P L T| NTC 1.8 K| 1101-5021-2663-350
FS T F N T C 10 K P L T| NTC 10K| 1101-5021-5663-350
FS T F N T C 20 K P L T| NTC 20K| 1101-5021-6663-350
THERMASGARD® FSTF xx PD4
Version with sensor, potentiometer (1 kOhm, max. 0.1 W) and turn switch (max. 24 V AC ⁄ DC, max. 130 mA)
Connecting diagram
THERMASGARD® FSTF xx PD4 Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx PD4 | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 P D 4 | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1007-354
FS T F P t1000 P D 4| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5007-354
FS T F Ni1000 P D 4| Ni1000 (according to DIN EN 43 760, class B, TCR = 6180
ppm ⁄ K)| 1101-5020-9007-354
FS T F Ni T K P D 4| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0007-354
FS T F LM 235 Z P D 4| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1007-354
FS T F N T C 1,8 K P D 4| NTC 1.8 K| 1101-5021-2007-354
FS T F N T C 10 K P D 4| NTC 10K| 1101-5021-5007-354
FS T F N T C 20 K P D 4| NTC 20K| 1101-5021-6007-354
THERMASGARD® FSTF xx P 2L 2T
Version with sensor, potentiometer (1 kOhm, max. 0.1 W), 2 LEDs (green, red), and 2 push-buttons (max. 24 V DC, max. 10 mA)
Connecting diagram
THERMASGARD® FSTF xx P 2L 2T Room temperature sensors
| Type ⁄ WG01 | Sensor ⁄ Output | Item No. |
|---|---|---|
| FSTF xx P 2L 2T | passive | IP 20 (–30…+60 °C) |
| FS T F P t100 P 2 L 2 T | Pt100 (according to DIN EN 60 751, class B) |
1101-5020-1672-256
FS T F P t1000 P 2 L 2 T| Pt1000 (according to DIN EN 60 751, class B)|
1101-5020-5672-256
FS T F Ni1000 P 2 L 2 T| Ni1000 (according to DIN EN 43 760, class B, TCR =
6180 ppm ⁄ K)| 1101-5020-9672-256
FS T F Ni T K P 2 L 2 T| Ni1000 TK5000 (TCR = 5000 ppm ⁄ K), LG – Ni1000|
1101-5021-0672-256
FS T F LM 235 Z P 2 L 2 T| LM235Z (TCR = 10 mV ⁄ K; 2.73 V at O °C), KP10|
1101-5022-1672-256
FS T F N T C 1,8 K P 2 L 2 T| NTC 1.8 K| 1101-5021-2672-256
FS T F N T C 10 K P 2 L 2 T| NTC 10K| 1101-5021-5672-256
FS T F N T C 20 K P 2 L 2 T| NTC 20K| 1101-5021-6672-256
General notes
Measuring principle of HVAC temperature sensors in general:
The measuring principle of temperature sensors is based on an internal sensor
that outputs a temperature-dependent resistance signal. The type of the
internal sensor determines the output signal. The following active ⁄ passive
temperature sensors are distinguished:
- Pt 100 measuring resistor (according to DIN EN 60 751)
- Pt 1000 measuring resistor (according to DIN EN 60751)
- Ni 1000 measuring resistor (according to DIN EN 43 760, TCR = 6180 ppm ⁄ K)
- Ni 1000_TK 5000 measuring resistor (TCR = 5000 ppm ⁄ K)
- LM235Z, semiconductor IC (10 mV ⁄ K, 2.73 V ⁄ °C). Ensure correct polarity + ⁄– when connecting!
- NTC (according to DIN 44070)
- PTC
- KTY silicon temperature sensors
The most important resistance characteristics are shown on the last page of these operating instructions. According to their characteristics, i ndividual temperature sensors exhibit different slopes in the range between 0 °C and +100 °C (TK value). Maximum-possible measuring ranges also vary from sensor to sensor (for some examples to this see under technical data).
Resistance characteristics of passive temperature sensors
In order to avoid damages ⁄ errors, preferably shielded cables are to be used.
Laying measuring cables parallel with current-carrying cables must in any case
be avoided. EMC directives shall be observed! These instruments must be
installed by authorised specialists only!
Limiting deviation according to classes:
Tolerances at 0 °C:
Platinum sensors (Pt100, Pt1000):
- DIN EN 60751, class B : ± 0.3 K
- 1 ⁄ 3 DIN EN 60751, class B: ± 0.1 K
Nickel sensors:
- NI1000 DIN EN 43760, class B: ± 0.4 K
- NI1000 1 ⁄ 2 DIN EN 43760, class B: ± 0.2 K
- NI1000 TK5000: ± 0.4 K
ATTENTION, NOTE !
Testing current influences the thermometer‘s measuring accuracy due to intrinsic heating and therefore, should never be greater than as specified below:
Standard values for testing current:
- Sensor current, maximum: I max.
- Pt1000 (thin-layer): < 0,6 mA
- Pt100 (thin-layer): < 1,0 mA
- Ni1000 (DIN), Ni1000 TK5000 : < 0,3 mA
- NTC xx : < 2 mW
- LM235Z: 400 μ A … 5 mA
- KTY 81 – 210 : < 2 mA
General notes
- Our “General Terms and Conditions for Business“ together with the “General Conditions for the Supply of Products and Services of the Electrical and
- Electronics Industry“ (ZVEI conditions) including supplementary clause “Extended Retention of Title“ apply as the exclusive terms and conditions.
- In addition, the following points are to be observed:
- These instructions must be read before installation and putting in operation and all notes provided therein are to be regarded!
- In order to prevent measuring errors, ensure during installation on an in-wall flush box that the end of the installation pipe is sealed against draught.
- Devices must only be connected to safety extra-low voltage and under dead-voltage condition. To avoid damages and errors at the device (e.g. by voltage induction) shielded cables are to be used, laying parallel with current-carrying lines is to be avoided, and EMC directives are to be observed.
- This device shall only be used for its intended purpose. Respective safety regulations issued by the VDE, the states, their control authorities, the TÜV and the local energy supply company must be observed. The purchaser has to adhere to the building and safety regulations and has to prevent perils of any kind.
- No warranties or liabilities will be assumed for defects and damages arising from improper use of this device.
- Consequential damages caused by a fault in this device are excluded from warranty or liability.
- These devices must be installed and commissioned by authorised specialists.
- The technical data and connecting conditions of the mounting and operating instructions delivered together with the device are exclusively valid. Deviations from the catalogue representation are not explicitly mentioned and are possible in terms of technical progress and continuous improvement of our products.
- In case of any modifications made by the user, all warranty claims are forfeited.
- This device must not be installed close to heat sources (e.g. radiators) or be exposed to their heat flow. Direct sun irradiation or heat irradiation by similar sources (powerful lamps, halogen spotlights) must absolutely be avoided.
- Operating this device close to other devices that do not comply with EMC directives may influence functionality.
- This device must not be used for monitoring applications, which serve the purpose of protecting persons against hazards or injury, or as an EMERGENCY STOP switch for systems or machinery, or for any other similar safety-relevant purposes.
- Dimensions of enclosures or housing accessories may show slight tolerances on the specifications provided in these instructions.
- Modifications of these records are not permitted.
- In case of a complaint, only complete devices returned in original packing will be accepted.
Notes on commissioning:
This device was calibrated, adjusted and tested under standardised conditions.
When operating under deviating conditions, we recommend performing an initial
manual adjustment on-site during commissioning and subsequently at regular
intervals.
Commissioning is mandatory and may only be performed by qualified
personnel!
These instructions must be read before installation and commissioning and all
notes provided therein are to be regarded
Caution
You must ensure that the potentiometer is connected up correctly. Polarity
reversal can cause a short circuit.
Depending on the switching program, there are two quick release axles enclosed
with the potentiometer to compensate different installation heights of the
covers. This ensures that the min. and max. stop of the set point adjustment
function properly.
An overview of various versions
Resistance characteristics of passive temperature sensors
Resistance characteristics of passive temperature sensors
° C
| PT 100
Ω
| PT 1000
Ω
| Ni 1000
Ω
| Ni 1000
TK 5000
Ω
| FeT (T1)
Ω
| KTY 81-210
Ω
| LM235Z (KP10)
mV
|
° C
---|---|---|---|---|---|---|---|---
– 50| 80.3| 803| 743| 790.8| –| 1030| –| – 50
– 40| 84.3| 843| 791| 826.8| –| 1135| 2330| – 40
– 30| 88.2| 882| 842| 871.7| 1935| 1247| 2430| – 30
– 20| 92.2| 922| 893| 913.4| 2031| 1367| 2530| – 20
– 10| 96.1| 961| 946| 956.2| 2128| 1495| 2630| – 10
0| 100.0| 1000| 1000| 1000.0| 2227| 1630| 2730| 0
+ 10| 103.9| 1039| 1056| 1044.8| 2328| 1772| 2830| + 10
+ 20| 107.8| 1078| 1112| 1090.7| 2429| 1922| 2930| + 20
+ 30| 111.7| 1117| 1171| 1137.6| 2534| 2080| 3030| + 30
+ 40| 115.5| 1155| 1230| 1185.7| 2639| 2245| 3130| + 40
+ 50| 119.4| 1194| 1291| 1235.0| 2746| 2417| 3230| + 50
+ 60| 123.2| 1232| 1353| 1285.4| 2856| 2597| 3330| + 60
+ 70| 127.1| 1271| 1417| 1337.1| 2967| 2785| 3430| + 70
+ 80| 130.9| 1309| 1483| 1390.1| 3079| 2980| 3530| + 80
+ 90| 134.7| 1347| 1549| 1444.4| 3195| 3182| 3630| + 90
+ 100| 138.5| 1385| 1618| 1500.0| 3312| 3392| 3730| + 100
+ 110| 142.3| 1423| 1688| 1557.0| 3431| 3607| 3830| + 110
+ 120| 146.1| 1461| 1760| 1625.4| 3552| 3817| 3930| + 120
+ 130| 149.8| 1498| 1833| –| 3676| 4008| –| + 130
+ 140| 153.6| 1536| 1909| –| 3802| 4166| –| + 140
+ 150| 157.3| 1573| 1987| –| 3929| 4280| –| + 150
| NTC| NTC| NTC| NTC| NTC| NTC| NTC|
NTC|
---|---|---|---|---|---|---|---|---|---
1.8 kOhm| 2.2 kOhm| 3 kOhm| 5 kOhm| 10 kOhm| 10
kPRE| 20 kOhm| 50 kOhm
° C| Ω| Ω| Ω| Ω| Ω| Ω| Ω| Ω| ° C
– 50| –| –| –| –| –| –| –| –| – 50
– 40| 39073| –| –| –| –| –| 806800| 2017000| – 40
– 30| 22301| 27886| 53093| 88488| 175785| 135200| 413400| 1033500| –
30
– 20| 13196| 16502| 29125| 48541| 96597| 78910| 220600| 551500| –
20
– 10| 8069| 10070| 16599| 27664| 55142| 47540| 122260| 305650| – 10
0| 5085| 6452| 9795| 16325| 32590| 29490| 70140| 175350| 0
+ 10| 3294| 4138| 5971| 9951| 19880| 18790| 41540| 103850| + 10
+ 20| 2189| 2719| 3747| 6246| 12491| 12270| 25340| 63350| + 20
+ 30| 1489| 1812| 2417| 4028| 8058| 8196| 15886| 39715| + 30
+ 40| 1034| 1248| 1597| 2662| 5329| 5594| 10212| 25530| + 40
+ 50| 733| 876| 1081| 1801| 3605| 3893| 6718| 16795| + 50
+ 60| 529| 626| 746| 1244| 2489| 2760| 4518| 11295| + 60
+ 70| 389| 454| 526| 876| 1753| 1900| 3098| 7745| + 70
+ 80| 290| 335| 346| 627| 1256| 1457| 2166| 5415| + 80
+ 90| 220| 251| 275| 458| 915| 1084| 1541| 3852| + 90
+ 100| 169| 190| 204| 339| 678| 817| 1114| 2785| + 100
+ 110| 131| 146| 138| 255| 509| 624| 818| 2045| + 110
+ 120| 103| –| 105| 195| 389| 482| 609| 1523| + 120
+ 130| –| –| 81| 151| 300| 377| 460| 1149| + 130
+ 140| –| –| 64| 118| 234| 298| 351| 878| + 140
+ 150| –| –| 50| 93| 185| 238| 272| 679| + 150