SUBSTRATE SENSOR
- measures substrate EC & VWC
- repeatable and reliable
- optimize fertigation
');--gtaos:105px;--gtaosi:-105px;--gtaof:210px;--gbes:calc(100% + 105px);--gbef:calc(100% + 210px);--gbet:translateX(-105px);--gbeti:translateX(105px);--gc1:1fr;--gc2:1fr 1fr;--gc3:1fr 1fr 1fr;--gc3h:1/4;--gc4:1fr 1fr 1fr 1fr;--gc5:1fr 1fr 1fr 1fr 1fr;--gcm:50px 0;--gcw50:50%;--gc2tp:0 100px 0 0;--gc2sltf:var(--gbet);--gc2sw:var(--gbes);--gc2slpl:0 0 0 105px;--gc2srpf:0 105px 0 0;--gc2sof:1;--gc2sol:2;--tppr:0;--s_cn:0;--s_ces:4px;--s_cest:4px 4px 0 0;--s_cesb:0 0 4px 4px;--s_cs:4px;--s_cm:12px;--s_cl:16px;--s_cle:0 16px 16px 0;--s_clt:16px 16px 0 0;--s_cel:28px;--s_celt:28px 28px 0 0;--s_cf:50%;--ttfa:cubic-bezier(0.165, 0.84, 0.44, 1);--ttfb:cubic-bezier(0.77, 0, 0.175, 1);--ttfc:cubic-bezier(0.49, 0.46, 0.05, 0.995);--m_ds1:50ms;--m_ds2:100ms;--m_ds3:150ms;--m_ds4:200ms;--m_dm1:250ms;--m_dm2:300ms;--m_dm3:350ms;--m_dm4:400ms;--m_dl1:450ms;--m_dl2:500ms;--m_dl3:550ms;--m_dl4:600ms;--m_de1:700ms;--m_de2:800ms;--m_de3:900ms;--m_de4:1000ms;--m_el:0,0,1,1;--m_es:0.2,0,0,1;--m_esa:0.3,0,1,1;--m_esd:0,0,0,1;--m_ee:0.2,0,0,1;--m_eea:0.3,0,0.8,0.15;--m_eed:0.05,0.7,0.1,1;--m_elg:0.4,0,0.2,1;--m_elga:0.4,0,1,1;--m_elgd:0,0,0.2,1;font-size:17px;--c_p:#5e5e5e;--c_pc:#e2e2e2;--c_s:#5e5e5e;--c_sc:#e2e2e2;--c_t:#5e5e5e;--c_tc:#e2e2e2;--c_su:#ffffff;--c_suv:#e2e2e2;--c_b:#ffffff;--c_e:#B3261E;--c_ec:#F9DEDC;--c_op:#FFFFFF;--c_opc:#1b1b1b;--c_os:#FFFFFF;--c_osc:#1b1b1b;--c_ot:#FFFFFF;--c_otc:#1b1b1b;--c_osu:#1b1b1b;--c_osuv:#474747;--c_oe:#FFFFFF;--c_oec:#410E0B;--c_ob:#1b1b1b;--c_co:#777777;--c_cov:#c6c6c6;--c_sh:#000000;--c_st:var(--c_p);--c_is:#303030;--c_iso:#f5f5f5;--c_ip:#c6c6c6;--c_scr:#000000}score-app{display:block;width:100%}.main,footer,header,main{display:flex;justify-content:flex-start;position:relative;width:85vw;max-width:867pt}main{flex-direction:column;padding-top:50px}.SY{visibility:hidden}body{--h1fs:35px;--h1lh:42px;--h1li:0;--h1ls:-0.25;--h2fs:21px;--h2lh:27px;--h2ls:0.1px;--h3fs:21px;--h3lh:27px;--h3ls:0.1px;--h4fs:17px;--h4lh:24px;--h4sfs:21px;--h4slh:27px;--h4sls:0.1px;--sch:9px;--gc1:1fr;--gc2:1fr;--gc3:1fr;--gc3h:1/-1;--gc4:1fr 1fr;--gc5:1fr;--gcm:25px 0;--gcw50:100%;--gc2tp:0;--gc2sw:100%;--gc2sltf:var(--tti);--gc2slpl:25px 0;--gc2srpf:25px 0;--gc2sof:2;--gc2sol:1}main{padding-top:90px;width:calc(100% - 30px)}
The AROYA Sensor Nose contains a TEROS 12 rootzone sensor, communication components, and antenna to communicate data to the repeater or directly to the gateway.
The Sensor Nose connects to a variety of sensors and works via a wireless mesh network which allows data and files to be transferred from one device to another through wireless transmission. The system also monitors your lighting schedule and measures the amount of light in your canopy.
Under canopy PAR | Measurement range: 0 to 4000 µmol mˉ² sˉ¹
Spectral range: 400 to 700 nm ± 5 nm |
Gateway communicaton | Bluetooth |
Sensor communicaton | 38.4-MHz oscillator for high frequency, precise timing reference
32.768-kHz oscillator for low-frequency, low-energy timing reference |
See how AROYA helps commercial growers cultivate higher yields.
Fill out the form below or email sales.aroya@metergroup.com to request a demo.