Contactor,întrerupător de circuit,invertor solar,contor electric,baterii solare
HEIDENHAIN ERN1387 2048 62S14-70
Unique Order ID：749 144 59
- Complete Model Segment Definition
| Domeniu | Cod | Descriere tehnică |
| ERN | Serie | Encoder rotativ incremental cu arbore tubular, dedicat pentru servo / c |
| 1387 | Seria de produse | Classic HEIDENHAIN CNC servo encoder, 1 Vpp sine/cosine output, high speed and durability |
| 2048 | Rezoluţie | Pulses per revolution: 2048 lines/rev |
| 62S14 | Cod de structură | Standard code for electrical specifications, housing structure, wiring definition and mounting dimensions |
| 70 | Versiune / Lungimea cablului | Factory cable specification and customized structural version |
| ID：74914459 | Factory Order Number | Unique single-item coding for genuine original factory matching |
- Parametrii tehnici de bază
- Semnal de ieșire: /cosine differential signals (A±, B±, R reference mark)
- Tensiune de alimentare: DC 5V ±10%
- Shaft Structure: Φ10mm hollow shaft, spring clamping mounting (universal for servo motors)
- Viteza maxima: 15000 r/min (potrivit pentru axele mașinilor-unelte & high‑speed servo systems)
- Reference Signal: 1 reference mark R per revolution
- Protecție la intrare: IP40
- Temperatura de operare: -20℃ ~ +60℃
- Tip de cablare: 12-core shielded dedicated cable, anti-interference for CNC systems
- Measuring Principle: Photoelectric transmission scanning, high precision and low drift
III. Compatible Systems & Aplicație
Compatible Systems: Siemens, FANUC, Mitsubishi, Huazhong CNC, GSK, gantry & machining center systems
Aplicații principale:
- Viteză & position closed-loop feedback for CNC spindle motors and servo motors
- Spindle positioning for machining centers, strunguri, mașini de frezat, grinders and automated equipment
- High-precision angle acquisition for high-speed servo drives and industrial automation
- Common Derivative Models (Comparaţie)
- ERN1387 2048 62S12: Standard general version
- ERN1387 2048 62S14-70: Model in use, customized cable & structure version
- ERN1387 1024 / 4096: Different resolution options
- Equivalent Upgrade: EQN1387 (multi-turn absolute type)
- Înlocuire & Procurement Notes
- Înlocuire originală: Must order by ID：74914459 to avoid mismatched program and servo parameters
- Domestic Compatible Alternatives
Matching Brands: Rep, Yuheng, Haide, Eastest
Parameter Requirements: 10mm hollow shaft, 2048 linii, 1Vpp sine/cosine, 12-core shielded cable
- Common Failures: Cable breakage, code disk contamination, signal attenuation, bearing aging; classified as machine tool wearing parts
- Key Information Summary (Quick Filing)
Marca: Heidenhain
Model: ERN 1387 2048 62S14-70
ID: 74914459
Specificații: 2048 linii, DC5V, 1Vpp differential, Φ10mm hollow shaft
Usage: CNC spindle / servo motor encoder
HEIDENHAIN Encoder Model List & Cross-Brand Comparison Manual (2026 Ediţie)
- Complete Model Nomenclature Explanation
1.1 Incremental Hollow-Shaft Encoder (ERN Series)
ERN-XXXX-YYYY-ZZZZ
| Domeniu | Definiţie | Exemplu | Descriere |
| ERN | Cod de serie | ERN | Incremental hollow-shaft encoder for servo / spindle |
| XXXX | Seria de produse | 1387 | 1000 Serie: 1Vpp output, high speed durable (15000rpm) |
| YYYY | Rezoluţie | 2048 | Pulses per revolution (lines/rev) |
| ZZZZ | Cod de structură | 62S14-70 | Electrical specs, mounting size, wiring definition, cable length |
| ID | Factory Part No. | 74914459 | Exclusive matching code for genuine products |
1.2 Absolute Hollow-Shaft Encoder (ECN / EQN Series)
ECN/EQN-XXXX-YYYY-ZZZZ
| Domeniu | Definiţie | Exemplu | Descriere |
| ECN/EQN | Cod de serie | ECN | Absolute hollow-shaft encoder, single-turn / multi-turn |
| XXXX | Seria de produse | 1313 | 1000 Serie: built-in bearing, stator coupling |
| YYYY | Rezoluţie | 13 | 13-pic (8192 positions/rev) |
| ZZZZ | Interfață / Versiune | 03S12 | Interface protocol (EnDat/SSI) & structural code |
| S | Safety Version | 1336S | Functional safety (SIL3) |
1.3 Solid-Shaft Angle Encoder (ROD / ROC Series)
ROD/ROC-XXXX-YYYY
| Domeniu | Definiţie | Exemplu | Descriere |
| ROD/ROC | Cod de serie | ROD | Solid-shaft angle encoder for high-precision measurement |
| XXXX | Seria de produse | 426 | Solid shaft structure, flange mounting |
| YYYY | Rezoluţie | 1024 | Pulses or bits per revolution |
| O | Absolute Version | ROD 436A | Absolute solid-shaft encoder |
1.4 Bearingless Encoder (KCI / KBI Series)
KCI/KBI-XXXX-YYYY
| Domeniu | Definiţie | Exemplu | Descriere |
| KCI/KBI | Cod de serie | KCI | Bearingless absolute rotary encoder |
| XXXX | Seria de produse | 120 Dplus | Inductive scanning, functional safety design |
| YYYY | Rezoluţie | 13 | 13-pic (8192 positions/rev) |
| Dplus | Dual Measuring System | KCI 120 Dplus | Dual position detection function |
- Full HEIDENHAIN Encoder List by Series
2.1 Incremental Hollow-Shaft Encoder (ERN Series)
| Serie | Model | Rezoluţie | Shaft Dia. | Ieșire | Viteza maxima | Interfață | Evaluare IP | Sample ID |
| ERN 1000 | ERN 1387 2048 62S14-70 | 2048 linii | Φ10mm | 1Vpp differential | 15000rpm | 12-miez | IP40 | 74914459 |
| ERN 1387 1024 62S12 | 1024 linii | Φ10mm | 1Vpp differential | 15000rpm | 12-miez | IP40 | 74914458 | |
| ERN 1387 4096 62S14 | 4096 linii | Φ10mm | 1Vpp differential | 12000rpm | 12-miez | IP40 | 74914460 | |
| ERN 1120 512 62S12 | 512 linii | Φ8mm | 1Vpp differential | 10000rpm | 12-miez | IP40 | 74914352 | |
| ERN 1180 1024 62S12 | 1024 linii | Φ8mm | 1Vpp differential | 10000rpm | 12-miez | IP40 | 74914353 | |
| ERN 400 | ERN 420 2500 03S12 | 2500 linii | Φ10mm | 1Vpp differential | 8000rpm | 12-miez | IP40 | 74914250 |
| ERN 430 5000 03S12 | 5000 linii | Φ10mm | 1Vpp differential | 6000rpm | 12-miez | IP40 | 74914251 | |
| ERN 100 | ERN 138 2048 03S12 | 2048 linii | Φ6mm | 1Vpp differential | 6000rpm | 12-miez | IP40 | 74914138 |
2.2 Absolute Hollow-Shaft Encoder (ECN / EQN Series)
| Serie | Model | Rezoluţie | Shaft Dia. | Interfață | Viteza maxima | Tip | Evaluare IP | Sample ID |
| ECN 1300 | ECN 1313 13 03S12 | 13-pic(8192) | Φ10mm | EnDat 2.2 | 10000rpm | Single-turn | IP40 | 74913130 |
| ECN 1325 13 03S12 | 13-pic(8192) | Φ10mm | EnDat 2.2 | 10000rpm | Single-turn | IP40 | 74913250 | |
| ECN 1313 13 07S12 | 13-pic(8192) | Φ10mm | SSI | 10000rpm | Single-turn | IP40 | 74913131 | |
| EQN 1300 | EQN 1325 2048 03S12 | 2048 linii | Φ10mm | EnDat 2.2 | 10000rpm | Single-turn | IP40 | 74913251 |
| EQN 1337 2048 03S12 | 2048 linii | Φ10mm | EnDat 2.2 | 10000rpm | Multi-turn | IP40 | 74913370 | |
| ECN 400 | ECN 413 13 03S12 | 13-pic(8192) | Φ10mm | EnDat 2.2 | 8000rpm | Single-turn | IP40 | 74914130 |
| EQN 400 | EQN 425 2048 03S12 | 2048 linii | Φ10mm | EnDat 2.2 | 8000rpm | Multi-turn | IP40 | 74914252 |
2.3 Solid-Shaft Angle Encoder (ROD / ROC Series)
| Serie | Model | Rezoluţie | Shaft Dia. | Ieșire | Viteza maxima | Montare | Evaluare IP | Sample ID |
| ROD 400 | ROD 426 1024 | 1024 linii | Φ10mm | 1Vpp differential | 6000rpm | Flanşă | IP54 | 74914260 |
| ROD 436 2048 | 2048 linesΦ | 10mm | 1Vpp differential | 6000rpm | Flanşă | IP54 | 74914360 | |
| ROD 436A 13 | 13-pic(8192) | Φ10mm | EnDat 2.2 | 6000rpm | Flanşă | IP54 | 74914361 | |
| ROD 600 | ROD 620 1024 | 1024 linii | Φ10mm | 1Vpp differential | 5000rpm | Flanşă | IP54 | 74916200 |
| ROC 2000 | ROC 220 1024 | 1024 linii | Φ10mm | 1Vpp differential | 5000rpm | Flanşă | IP54 | 74922200 |
2.4 Bearingless Encoder (KCI / KBI Series)
| Serie | Model | Rezoluţie | Shaft Dia. | Interfață | Viteza maxima | Scan Type | Evaluare IP | Sample ID |
| KCI 120 | KCI 120 Dplus 13 | 13-pic(8192) | Φ30mm | EnDat 2.2 | 10000rpm | Inductive | IP64 | 74912013 |
| KCI 120 Dplus 17 | 17-pic(131072) | Φ30mm | EnDat 2.2 | 10000rpm | Inductive | IP64 | 74912017 | |
| KBI 100 | KBI 106 13 | 13-pic(8192) | Φ20mm | EnDat 2.2 | 8000rpm | Inductive | IP64 | 74910613 |
2.5 Angle Encoder (RCN / Seria RON)
| Serie | Model | Rezoluţie | Shaft Dia. | Interfață | Precizie | Montare | Evaluare IP | Sample ID |
| RCN 2000 | RCN 2001 26 03S12 | 26-pic | Φ20mm | EnDat 2.2 | ±2 arcsec | Stator coupling | IP64 | 74920010 |
| RCN 5001 28 03S12 | 28-pic | Φ35mm | EnDat 2.2 | ±1 arcsec | Stator coupling | IP64 | 74950010 | |
| RON 700 | RON 785 25 03S12 | 25-pic | Φ30mm | EnDat 2.2 | ±1 arcsec | Flanşă | IP64 | 74978500 |
III. Referință de înlocuire între mărci
3.1 Incremental Encoder (ERN Series Replacement)
| Heidenhain | Siemens | FANUC | Mitsubishi | Yaskawa | Alternativă internă | Replacement Key Points |
| ERN 1387 2048 62S14-70 | 6FX2001-5QS22 | A860-0309-T302 | OSA104 | UTOPH-8192-2048 | Yuheng A-ZKD-1387-2048 / Rep A-1387-2048 | 10mm hollow shaft, 2048 linii, 1Vpp, 12-miez |
| ERN 1387 1024 62S12 | 6FX2001-5QS21 | A860-0309-T301 | OSA103 | UTOPH-8192-1024 | Huitong HT-1387-1024 | 10mm hollow shaft, 1024 linii, 1Vpp |
| ERN 1120 512 62S12 | 6FX2001-5QS12 | A860-0309-T300 | OSA102 | UTOPH-8192-512 | Huali HL-1120-512 | 8mm hollow shaft, 512 linii |
| ERN 420 2500 03S12 | 6FX2001-5QS02 | A860-0309-T310 | OSA105 | UTOPH-8192-2500 | Eastest EST-420-2500 | 10mm hollow shaft, 2500 linii |
3.2 Absolute Encoder (ECN / EQN Series Replacement)
| Heidenhain | Siemens | FANUC | Mitsubishi | Yaskawa | Alternativă internă | Replacement Key Points |
| ECN 1313 13 03S12 | 6FX2001-8QS13 | A860-0309-T320 | OSA204 | UTOPH-8192-13 | Yuheng A-ECN1313-13 | 10mm hollow shaft, 13-pic, EnDat 2.2 |
| EQN 1337 2048 03S12 | 6FX2001-8QS22 | A860-0309-T322 | OSA205 | UTOPH-8192-2048M | Rep A-EQN1337-2048 | 10mm hollow shaft, multi-turn |
| ECN 413 13 03S12 | 6FX2001-8QS03 | A860-0309-T313 | OSA203 | UTOPH-8192-13S | Huali HL-ECN413-13 | 10mm hollow shaft, single-turn |
| EQN 1336S 2048 03S12 | 6FX2001-8QS22S | A860-0309-T322S | OSA205S | UTOPH-8192-2048MS | Eastest EST-EQN1336S | SIL3 safety, DRIVE-CLiQ |
3.3 Solid-Shaft Encoder (ROD Series Replacement)
| Heidenhain | Siemens | FANUC | Mitsubishi | Yaskawa | Alternativă internă | Replacement Key Points |
| ROD 426 1024 | 6FX2001-5FS21 | A860-0309-T351 | OSA106 | UTOPH-8192-1024S | Yuheng A-ROD426-1024 | 10mm solid shaft, flange mount |
| ROD 436 2048 | 6FX2001-5FS22 | A860-0309-T352 | OSA107 | UTOPH-8192-2048S | Rep A-ROD436-2048 | 10mm solid shaft, 2048 linii |
| ROD 436A 13 | 6FX2001-8FS13 | A860-0309-T353 | OSA206 | UTOPH-8192-13S | Huali HL-ROD436A-13 | 10mm solid shaft, absolute type |
3.4 Bearingless Encoder (KCI Series Replacement)
| Heidenhain | Siemens | FANUC | Mitsubishi | Yaskawa | Alternativă internă | Replacement Key Points |
| KCI 120 Dplus 13 | 6FX2001-8KS13 | A860-0309-T360 | OSA207 | UTOPH-8192-13D | Rep A-KCI120-13 | 30mm hollow shaft, inductive |
| KBI 106 13 | 6FX2001-8KS06 | A860-0309-T361 | OSA208 | UTOPH-8192-13B | Yuheng A-KBI106-13 | 20mm hollow shaft, inductive |
- Selection Parameter Comparison
4.1 Interface Protocol Comparison
| Interfață | Seria aplicabilă | Transmission | Caracteristici | Compatible Systems |
| 1Vpp Sine/Cosine | All ERN Series | Analogic | Puternic anti-interferență, mare precizie | Siemens 840Dsl, FANUC 0i/31i, Mitsubishi M70 |
| EnDat 2.2 | ECN/EQN Full Range | Digital Serial | Single/multi-turn, parameter configuration | HEIDENHAIN TNC, Siemens 840Dsl, FANUC 31i |
| SSI | Partial ECN/EQN | Digital Serial | Simple and stable, single-turn | Mitsubishi M70, FANUC 0i, domestic CNC |
| DRIVE-CLiQ | ECN/EQN 1300S | Real-time Digital | Functional safety, de mare viteză | Siemens SINAMICS Drive |
| Fanuc Serial | ECN/EQN F Version | Digital Serial | FANUC dedicated protocol | FANUC 0i / 31i / 32i |
| Mitsubishi SSCNET | ECN/EQN M Version | Real-time Digital | Mitsubishi dedicated bus | Mitsubishi M70 / M80 |
4.2 Rezoluţie & Accuracy Grade
| Rezoluţie | Scenariul aplicației | Precizie | Typical Industry |
| 1024 linii / 13-pic | Standard servo control | ±10 arcsec | General machine tools, automatizare |
| 2048 linii / 14-pic | Precision servo control | ±5 arcsec | Machining centers, precision lathes |
| 4096 linii / 15-pic | Poziționare de înaltă precizie | ±3 arcsec | Grinding machines, jig boring machines |
| 8192 linii / 16-pic | Ultra-precision measurement | ±1 arcsec | CMM, semiconductor equipment |
| 13-bit~28-bit Absolute | Full closed-loop absolute control | ±1~2 arcsec | Robotics, aerospace equipment |
- Achiziții & Replacement Guideline
5.1 Original Replacement Rules
- Confirm complete model + exclusive factory ID to avoid parameter mismatch
- Match 12-core shielded cable specification and length
- Verificați diametrul arborelui tubular (Φ10mm/Φ8mm), spring clamp type and stator coupling
5.2 Domestic Alternative Selection Criteria
| Replacement Item | Must Match | Reglabil | Impact Level |
| Mechanical Dimension | Shaft diameter, mounting hole, housing size | — | Critic |
| Electrical Parameter | Rezoluţie, signal type, tensiune de alimentare | Lungimea cablului (±1m) | Critic |
| Interface Definition | Pin assignment, shielding method | Connector type | Mediu |
| Precision Grade | Angular error, repeatability | Temperature drift | Mediu |
5.3 Defecte comune & Întreţinere
- Cable damage / shielding failure → Replace original cable assembly
- Code disk oil contamination & dust accumulation → Professional cleaning (no scratching)
- Contact slab & signal attenuation → Re-terminate wiring and inspect connectors
- Bearing noise & excessive backlash → Replace complete encoder unit
- Quick Selection Table by Application
| Aplicație | Recommended Heidenhain Model | Core Specs | Mărci alternative |
| CNC Machine Spindle | ERN 1387 2048 62S14-70 | 2048 linii, 1Vpp, 10mm hollow shaft | Siemens 6FX2001-5QS22, Yuheng A-ZKD-1387 |
| Servomotor | ECN 1313 13 03S12 | 13-pic, EnDat 2.2, 10mm hollow shaft | FANUC A860-0309-T320, Rep A-ECN1313 |
| High-Precision Positioning | ROD 436 2048 | 2048 linii, 1Vpp, 10mm solid shaft | Mitsubishi OSA107, Huali HL-ROD436 |
| High-Speed Spindle | ERN 1387 4096 62S14 | 4096 linii, 1Vpp, 10mm hollow shaft | Siemens 6FX2001-5QS23, Eastest EST-1387 |
| Functional Safety System | EQN 1336S 2048 03S12 | 2048 linii, DRIVE-CLiQ, SIL3 | Siemens 6FX2001-8QS22, Mitsubishi OSA205S |
| Bearingless Motor | KCI 120 Dplus 13 | 13-pic, EnDat 2.2, 30mm | Siemens 6FX2001-8KS13, Rep A-KCI120 |
Remarcă: All models are based on the 2026 HEIDENHAIN official catalog. All orders shall be subject to the factory unique ID. Cross-brand replacement requires system compatibility testing to ensure long-term stable operation.
