1. Temperatura ambientis: -5℃~+40℃, valor medius intra 24h non excedit +35℃
2. Altitudo altitudinis: non excedit 2000m
3. Atmosphaera: cum temperatura maxima +40℃ est, humiditas relativa 50% non excedit; humiditas relative alta permittitur cum temperatura relative humilis est, exempli gratia, 90% attingit cum +20℃ est. Mensurae speciales adhibendae sunt si condensatio ob variationem temperaturae producitur.
4. Gradus pollutionis: 3
5. Categoria institutionis: III
6. Situs institutionis: inclinatio inter latus institutionis relé et latus verticale estnon plus quam ±5°
7. Impactus et vibratio: productum in locis ubi non manifestae tremorem, impetum et vibrationem apparent, institui et adhiberi debet.
8. Modus institutionis:
JRS2-12.5,25,32,45,80 tres modos institutionis habet: institutionem compositam, institutionem cochleis instructam, institutionem ferriviae ordinariae 35mm.
JRS2-63,135,150,180,400,630 duos modos institutionis habet: institutionem cochleis, institutionem ferriviae ordinariae 35mm.
| Exemplar (Tabula 1) | Constitutio currentis ambitus adaptabilis A | Exemplar SCPD commendatum,specificatio | Sectio transversalis conductoris pro circuitu principali mm |
| JRS2-63,80 | 40-57 | RDT16-00-125 | 16 |
| 50-63 | |||
| JRS2-135, 150, 180 | 55-80 | RDT16-1-160 | 25 |
| JRS2-80 | 57-70 | ||
| 63-80 | |||
| JRS2-80 | 77-88 | RDT16-1-160 | 35 |
| JRS2-135, 150, 180 | 63-90 | RDT16-1-200 | |
| LXXX-CX | RDT16-1-250 | ||
| JRS2-400 | 80-125 | 50 | |
| JRS2-135, 150, 180 | 90-120 | ||
| 110-135 | RDT16-2-315 | ||
| JRS2-150,180 | 120-150 | ||
| JRS2-400 | 125-200 | RDT16-2-400 | 95 |
| JRS2-180 | 135-160 | RDT16-2-315 | 70 |
| CL-CLXXX | RDT16-2-400 | 95 | |
| JRS2-400 | CLX-CCL | RDT16-3-500 | CXX |
| 200-320 | RDT16-3-630 | CLXXXV | |
| 250-400 | RDT16-4-800 | 240 | |
| JRS2-630 | 320-500 | RDT16-4-1000 | 2×150 |
| 400-630 | 2×185 |
Ambitus actionis releis thermalis cum uterque polus electrificatus est, vide tabulam 2.
| Modellum (Tabula II) | Multiplus currentis ordinationis | Tempus actionis | Resultatus praedicere | Status initialis | Ambientis temperatura ℃ | ||
| 1 | 1.05 | >2h | Nulla actio | Status frigidus | 20±5℃ | ||
| 2 | 1.2 | <2h | Actio | Status thermalis (post seriem No.1) | |||
| 3 | 1.5 | Gradus liberatio | 10A | <2 min | Actio | ||
| 10 | <4 min | Actio | |||||
| 4 | 7.5 | 10A | 2s< | Actio | Status frigidus | ||
| 10 | 4s< | Actio | |||||
Gradus liberationis: JRs2-12.5, JRS2-25, JRS2-32, JRS2-45, JRS2-63 est gradus 10A, RS2-80, JRS2-135, JRS2-150, JRS2-180, JRS2-400, JRS2-630 est gradus 10
Ambitus actionis releis thermalis cum duo poli electrificati sunt, vide tabulam 3.
| Non.(Tabula III) | Multiplus currentis ordinationis | Tempus actionis | Status initialis | Temperatura ambientis ℃ | |
| Duae phases quaelibet | Alia phasis | ||||
| 1 | 1.00 | 0.90 | >2h | Status frigidus | 20±5℃ |
| 2 | 1.15 | 0 | ≤2h | Status thermalis (post seriem numero 1) | 20±5℃ |
Parametrum fundamentalem circuitus auxiliaris in tabula 4 vide.
| Tensio insulationis nominalis UI (V) (Tabula 4) | 380 | ||
| Constitutio cursus thermalis Ith (A) | 6 | ||
| Categoria usus | AC-15 | AC-13 | |
| Tensio operativa nominalis Ue (V) | 220 | 380 | 220 |
| Currens operandi nominalis Ie (A) | 1.9 | 1.1 | 0.2 |
| Specificatio fusibilis idonea (typus RDT16) A | 6 | ||
Tensio insulationis nominalis releis thermalis necnon contactoris AC idonei, vide tabulam 5.
| Modellum(Tabula V) | Exemplar contactoris aptum ad institutionem compositam | Tensio insulationis aestimata | Vita electrica | Frequentia tutelae contra onus nimium |
| JRS2-12.5 | CJX1-0.9, CJX1-12 | 660V | Decem milia | Decem milia |
| JRS2-25 | CJX1-16, CJX1-22, CJX1-32 | |||
| JRS2-32 | CJX1-32, CJX1-22 | |||
| JRS2-45 | CJX1-32, CJX1-38 | |||
| JRS2-63 | CJX1-0.9, 12, 16, 22, 32, 38, 48, 63, 75 | |||
| JRS2-80 | CJX1-45,63,75 | |||
| JRS2-125 | CJX1-85,110,140 | |||
| JRS2-150 | CJX1-85, 110, 140, 170 | |||
| JRS2-180 | CJX1-85, 110, 140, 170, 205 | |||
| JRS2-400 | CJX1-250, 300, 400 | |||
| JRS2-630 | CJX1-500,630 |
Pro ordinatione ambitus adaptationis currentis relé thermalis necnon exemplar SCPD commendatum et specificationem, vide tabulam 6.
| Modellum(Tabula VI) | Constitutio currentis ambitus adaptabilis A | Exemplar SCPD commendatum,specificatio | Sectio transversalis conductorispro circuitu principali (mm²) |
| JRS2-12.5,25,45,63 | 0.1-0.16 | RDT16-00-2 | 1 |
| 0.16-0.25 | |||
| 0.25-0.4 | |||
| JRS2-12.5 | 0.32-0.5 | ||
| JRS2-12.5,25,45,63 | 0.5-0.63 | ||
| 0.63-1 | |||
| 0.8-1.25 | RDT16-00-4 | ||
| 1-1.6 | |||
| 1.25-2 | |||
| JRS2-12.5,25,45,63 | 1.6-2.5 | RDT16-00-6 | 1 |
| 2-3.2 | |||
| 2.5-4 | RDT16-00-10 | ||
| 3.2-5 | |||
| JRS2-12.5,25,32,50,63,80 | 4-6.3 | RDT16-00-16 | |
| JRS2-12.5,25,45,63 | 5--8 | ||
| JRS2-12.5,25,32,45,63 | 6.3-10 | RDT16-00-20 | 1.5 |
| JRS2-12.5,25,45,63 | 8-12.5 | RDT16-00-25 | 2.5 |
| JRS2-12.5 | 10-14.5 | RDT16-00-32 | |
| JRS2-25,32,45,63 | 10--16 | ||
| JRS2-80 | XI-XVII | RDT00-00-40 | |
| JRS2-25,32,45,63,80 | 12.5-20 | ||
| JRS2-25,32,45,63,80 | XVI-XXV | RDT16-00-50 | |
| JRS2-32, 45, 63, 80 | XX-XXXII | RDT16-00-63 | 4 |
| JRS2-32,45 | XXV-XXXVI | RDT16-00-80 | 6 |
| JRS2-63,80 | XXV-XL | ||
| JRS2-45 | XXXII-XL | ||
| 36-45 | RDT16-00-100 | 10 | |
| JRS2-63 | XXXII-XLV | ||
| JRS2-80 | XXXII-XL |
Gradus emissionis relé thermalis: JRS2-12.5, 25, 32, 45, 63, 80, 135, 150, 180, 400, 630 est gradus 10A. Curva classica ambitus actionis eius in tabula 2 vide.
Dimensiones externae et institutionis thermalis vide in tabula 3~10.
Dimensiones institutionis JRS2-400, 630 vide tabulam 7.
| Exemplar (Tabula VII) | a | b | c | d | f |
| Constitutio cursus 80~200A pro JRS2-400 | 46 | 140 | 69 | 9 | 20×3 |
| Constitutio cursus 160~400A pro JRS2-400 | 50 | 146 | 70 | 11 | 25×4 |
| Constitutio cursus 320~630A pro JRS2-600 | 52 | CLVI | 71 | 11 | 30×3 |
