Kalau saya menerawang ( he he 😂 ) perlu tambahan relay DC. Misalnya begini: Relay DC digunakan untuk on off jalur dr PLN, relay DC tersebut di triger dr relay modul. Dr relay DC ke charger - trus ke Aki. Nah saat aki full maka relay modul off sehingga relay DC ikut off kemudian PLN terputus. PLN ke relay DC ambil yg NO nya. CMIIW
Kalau saya belum pernah terbalik, tp secara diagram dr PLN masuk ke modul M602 ke relay untuk di on off oleh relay, sedangkan untuk meng-ON kan modul memakai jalur in DC dr aki. Sehingga menurut sepengetahuan saya bila dr PLN terbalik tidak merusak modul tp kalau dr aki terbalik akan merusak modul. CMIIW
seharusnya set 28,3 cut atas.. artinya stop charging.. batas bawah itu untuk memulai charging di berapa volt tergantung setingnya.. kalo seting di kondisi batre kosong maka tidak bisa untuk pelengkap system plts
@@JanSKD wkwkwk.. saya masih cari referensi, itu kalo range nya di persempit misal stop charging di 14,1v dan mulai charging di 13,9v apakah bisa terjadi miss komunikasi system..?? ketika kondisi bateray di bawah 13,9v apakah tetap mencarging..??
@@gopaltronik2754 biasanya voltase standby dan voltase saat kena beban berbeda, apalagi kalau aki kurang sehat/drop, misal kalau di PLTS saat inverter on dan terpakai. Jadi kalau range nya sempit khawatirnya modul akan on off, on off (jedag jedug 😁 bilang terhubung ke kontaktor ATS) sehingga sistem PLTS terganggu. CMIIW
Hello! My task: When electricity appears on the network, my automation includes a power outlet in which a charger is inserted, the output of which is constantly connected to the battery terminals, and the battery is charged. When the voltage in the network disappears, my automation includes an inverter, the input of which is also constantly connected to the battery terminals, and the output to the consumers in the apartment. Now what I want to do. Since the power supply interval on the network is longer than the required battery charge time (up to 14.4V), I need XH-M602 without my participation (!!! This is a key requirement !!!) turned on the charge when electricity appeared on the network, and turned off the charger when the voltage at the terminals reached maximum. Question: if the limit 10.5 - 14.4 c is set for me in advance on XH-M602, and my automation, when the voltage appears on the network, supplied 220v for power to XH-M602, which includes a charger, and on the terminals of my battery will be, for example 13.2v (t.e. it will be the middle of the set interval !!!), then XH-M602 will turn on the charger?
10.5v : start voltage and 14.4v : stop voltage. 1. start and stop can set once the electricity is connected to module 2. in first time battery (13.2v) connect to module, the charger will be charging until the voltage greater than 14.4v (full and then charger off) 3. in discharging position (14.4v - 13.2v - 10.5v), when battery voltage 13.2v the electricity disappears on the network and then appears again. ---> The charger will remain off. 4. in charging position (10.5v - 13.2v - 14.4v). the charger will be on if voltage under 10.5v, when the battery voltage 13.2v and the electricity disappears, the charger will be off. if electricity appears, the charger will be on until the voltage greater than 14.4v -CMIIW
Maaf mas kok kabel yg dr adaptor carger menuju slep up kok masuknya ke out put bukanya ke input kah...?
Step upnya disimulasikan sebagai AKI/Baterai untuk melihat cutt off/on-nya Mas bukan sebagai charger nya 🙏🏻
Om.. untuk HCW M634. misalnya batre full trus relay pda modul buat nge'off kan jalur pln bisa gak? Bgaimana merubahnya
Kalau saya menerawang ( he he 😂 ) perlu tambahan relay DC.
Misalnya begini: Relay DC digunakan untuk on off jalur dr PLN, relay DC tersebut di triger dr relay modul. Dr relay DC ke charger - trus ke Aki. Nah saat aki full maka relay modul off sehingga relay DC ikut off kemudian PLN terputus. PLN ke relay DC ambil yg NO nya.
CMIIW
Videoin om
@@sadzimaru9665 saya pulang sekitar sebulan sekali Om 😁, coba om kembangkan bila ada kekurangan di pendapat saya 🙏🏼
tanya om hcw h634 bisa untukb24 volt gk
HCW-M634 untuk 24 volt bisa Om,
Ini speknya bisa DC 6v-60v
cara seting om.12v 24v misalnya 12v 11.5v.klo setel 24volt 25.5 gt om. tlg om 🙏
@@VivoV27e-lx3sc 25.5v itu batas atas atau batas bawahnya Om ?
ass, yang HCW-M633 (XH-M602) untuk in nya ac 220 vol, sekaligus menyalakan layar voltase, begitu kah, dan apakah bisa dioper ke dc untuk in nya
Betol, in nya AC, kalau mau digunakan untuk cut off DC bisa ditambahkan 1 relay AC lagi.
@@JanSKD menambahkan 1 relay AC, tutorial nya
@@bismilahhirohmanirohim1247 output dr HCW-M633 masuk ke Coilnya (relay AC), untuk yg DC bisa ke NO atau NC relay tetsebut.
@@JanSKD terimakasih sangat membantu
Sy mau tanya pak.untuk type M604. Kode IC regulator nya brp?. Soal y punya sy jebol ke bakar.semoga terjawab tks🙏
Malam Om, kebetulan saya di Jakarta, PLTS saya dikampung 🙏🏼.
Coba nantu kalau mudik saya cek.
@@JanSKD baik pak.terimakasih
@@imanuddin1709 🙏🏼
@@imanuddin1709 selamat petang Om
Di body IC tertulis
XL SEMI
XL7015E1
93835
Sangat membantu sekali. Terimakasih pak🙏🙏
M602 kalo pasang kabel pln nya terbalik apa alat jadi rusak?
Kalau saya belum pernah terbalik, tp secara diagram dr PLN masuk ke modul M602 ke relay untuk di on off oleh relay, sedangkan untuk meng-ON kan modul memakai jalur in DC dr aki. Sehingga menurut sepengetahuan saya bila dr PLN terbalik tidak merusak modul tp kalau dr aki terbalik akan merusak modul. CMIIW
saya bingung, 28,2 cutoff atas, 24 cutoff bawah..?? kapan charging nya..??
seharusnya set 28,3 cut atas.. artinya stop charging.. batas bawah itu untuk memulai charging di berapa volt tergantung setingnya.. kalo seting di kondisi batre kosong maka tidak bisa untuk pelengkap system plts
😁 maaf Om, 24.2 on untuk charging dan 28.2 off (stop charging) 🙏🏻
@@JanSKD wkwkwk..
saya masih cari referensi, itu kalo range nya di persempit misal stop charging di 14,1v dan mulai charging di 13,9v apakah bisa terjadi miss komunikasi system..??
ketika kondisi bateray di bawah 13,9v apakah tetap mencarging..??
@@gopaltronik2754 biasanya voltase standby dan voltase saat kena beban berbeda, apalagi kalau aki kurang sehat/drop, misal kalau di PLTS saat inverter on dan terpakai. Jadi kalau range nya sempit khawatirnya modul akan on off, on off (jedag jedug 😁 bilang terhubung ke kontaktor ATS) sehingga sistem PLTS terganggu.
CMIIW
Who is the best? M 602 or m633 ?
I have never tried the M602 series, but both have the same function, you can choose one of them.
Jika tegangan charger lebih tinggi drpd baterai brrti alat ini tidak berfungsi ya
Berfungsi apabila diseting batas bawah dan batas atasnya Om
@@JanSKD untuk tipe baterai lithium apa bisa om,,
@@KameraKolombo-qk4fw ini untuk connect dan disconnect saja Om, untuk charger bisa beli / memakai yg sesuai type baterainya.
Hello!
My task: When electricity appears on the network, my automation includes a power outlet in which a charger is inserted, the output of which is constantly connected to the battery terminals, and the battery is charged. When the voltage in the network disappears, my automation includes an inverter, the input of which is also constantly connected to the battery terminals, and the output to the consumers in the apartment. Now what I want to do. Since the power supply interval on the network is longer than the required battery charge time (up to 14.4V), I need XH-M602 without my participation (!!! This is a key requirement !!!) turned on the charge when electricity appeared on the network, and turned off the charger when the voltage at the terminals reached maximum.
Question: if the limit 10.5 - 14.4 c is set for me in advance on XH-M602, and my automation, when the voltage appears on the network, supplied 220v for power to XH-M602, which includes a charger, and on the terminals of my battery will be, for example 13.2v (t.e. it will be the middle of the set interval !!!), then XH-M602 will turn on the charger?
10.5v : start voltage and 14.4v : stop voltage.
1. start and stop can set once the electricity is connected to module
2. in first time battery (13.2v) connect to module, the charger will be charging until the voltage greater than 14.4v (full and then charger off)
3. in discharging position (14.4v - 13.2v - 10.5v), when battery voltage 13.2v the electricity disappears on the network and then appears again. ---> The charger will remain off.
4. in charging position (10.5v - 13.2v - 14.4v). the charger will be on if voltage under 10.5v, when the battery voltage 13.2v and the electricity disappears, the charger will be off. if electricity appears, the charger will be on until the voltage greater than 14.4v
-CMIIW